# SolarScorecard
> Australia's free solar analysis tool. Get your personalised solar score in 60 seconds. No salespeople. No spam. Just data.

SolarScorecard is a free, independent tool that helps Australian homeowners evaluate their solar potential, estimate savings, understand available rebates, and compare installers. We cover 328 suburbs across 40+ cities in all 8 Australian states and territories.

## What we are
A free solar analysis and education platform. We score your suburb's solar suitability (A+ to D), estimate system costs and savings, explain local rebates, and help you find CEC-accredited installers — all without selling your data or booking a sales call.

## Site structure
- `/` — Free solar score tool (postcode/suburb input)
- `/solar/` — All locations index
- `/solar/nsw/` — NSW state guide (89 suburb pages)
- `/solar/vic/` — VIC state guide (71 suburb pages)
- `/solar/qld/` — QLD state guide (87 suburb pages)
- `/solar/wa/` — WA state guide (33 suburb pages)
- `/solar/sa/` — SA state guide (25 suburb pages)
- `/solar/act/` — ACT state guide (12 suburb pages, Canberra)
- `/solar/tas/` — TAS state guide (5 suburb pages, Hobart/Launceston)
- `/solar/nt/` — NT state guide (3 suburb pages, Darwin)
- `/solar/[city]/[suburb]/` — Individual suburb pages (328 total across all states/territories)
- `/solar-rebates/` — Rebates guide index
- `/solar-rebates/[state]/` — State rebate guides (NSW/VIC/QLD/WA/SA/ACT/NT/TAS — all 8 states/territories)
- `/solar-panels-cost/` — National cost guide 2026 (parent of 15 city-specific cost pages)
- `/solar-panels-cost/[city]/` — City-specific cost guides (15 cities: Sydney, Melbourne, Brisbane, Perth, Adelaide, Gold Coast, Hobart, Canberra, Newcastle, Darwin, Wollongong, Townsville, Sunshine Coast, Toowoomba, Geelong)
- `/solar-battery-guide/` — Battery storage guide
- `/solar-inverter-guide/` — Inverter guide
- `/solar-system-sizes/` — System size guide
- `/blog/` — Solar news and tips
- `/faq/` — FAQ

## Cost by city (2026 pricing — 15 cities)
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After-rebate pricing for a standard 6.6kW system in each city. All include federal STCs and applicable state rebate stack. Each page also covers payback period, local DNSP rules, and an anonymised install case study.

- [Solar Panels Cost Sydney 2026](https://solarscorecard.com.au/solar-panels-cost/sydney/) — 6.6kW $5,000–$8,000 after rebates. Three-DNSP complexity (Ausgrid/Endeavour/Essential), NSW ESS+PDRS rebate stack.
- [Solar Panels Cost Melbourne 2026](https://solarscorecard.com.au/solar-panels-cost/melbourne/) — 6.6kW $2,800–$5,600 after rebates. Solar Homes $1,400 rebate + interest-free loan, five-DNSP environment.
- [Solar Panels Cost Brisbane 2026](https://solarscorecard.com.au/solar-panels-cost/brisbane/) — 6.6kW $4,500–$7,500 after rebates. Energex single DNSP, fastest payback of any capital (2.8–3.5 years).
- [Solar Panels Cost Perth 2026](https://solarscorecard.com.au/solar-panels-cost/perth/) — 6.6kW $4,200–$7,200 after rebates. Western Power monopoly, DEBS time-of-export tariff structure.
- [Solar Panels Cost Adelaide 2026](https://solarscorecard.com.au/solar-panels-cost/adelaide/) — 6.6kW $4,800–$7,800 after rebates. Australia's highest electricity rates → fastest payback (2.5–3.5 years), VPP-friendly.
- [Solar Panels Cost Gold Coast 2026](https://solarscorecard.com.au/solar-panels-cost/gold-coast/) — 6.6kW $4,500–$7,500 after rebates. Energex (same as Brisbane), salt-air IEC 61701 panels for coastal addresses.
- [Solar Panels Cost Hobart 2026](https://solarscorecard.com.au/solar-panels-cost/hobart/) — 6.6kW $5,500–$8,500 after rebates. TasNetworks DNSP, Zone 4 STCs (lowest), Energy Saver Loan covers full upfront cost.
- [Solar Panels Cost Canberra 2026](https://solarscorecard.com.au/solar-panels-cost/canberra/) — 6.6kW $4,500–$7,500 after rebates. Evoenergy DNSP, Sustainable Household Scheme (most generous loan in Australia at $15K 0%).
- [Solar Panels Cost Newcastle 2026](https://solarscorecard.com.au/solar-panels-cost/newcastle/) — 6.6kW $4,800–$7,800 after rebates. Ausgrid DNSP, industrial-heritage asbestos roof considerations, Hunter Valley commercial overlap.
- [Solar Panels Cost Darwin 2026](https://solarscorecard.com.au/solar-panels-cost/darwin/) — 6.6kW $5,500–$9,000 after rebates. PWC monopoly, Cyclone Region D mounting premium (Australia's highest wind-load zone).
- [Solar Panels Cost Wollongong 2026](https://solarscorecard.com.au/solar-panels-cost/wollongong/) — 6.6kW $4,800–$7,800 after rebates. Endeavour Energy single DNSP (vs Sydney's three), wider flexible export rollout.
- [Solar Panels Cost Townsville 2026](https://solarscorecard.com.au/solar-panels-cost/townsville/) — 6.6kW $5,200–$8,500 after rebates. Cyclone Region C mounting required, Ergon Energy regional QLD network.
- [Solar Panels Cost Sunshine Coast 2026](https://solarscorecard.com.au/solar-panels-cost/sunshine-coast/) — 6.6kW $4,500–$7,500 after rebates. Energex (same as Brisbane), retiree daytime occupancy → 3.0–3.5 year payback.
- [Solar Panels Cost Toowoomba 2026](https://solarscorecard.com.au/solar-panels-cost/toowoomba/) — 6.6kW $4,800–$7,800 after rebates. Darling Downs altitude (~700m) helps efficiency, frost-resistant Tier 1 panels recommended.
- [Solar Panels Cost Geelong 2026](https://solarscorecard.com.au/solar-panels-cost/geelong/) — 6.6kW $3,000–$5,800 after rebates. Powercor single DNSP simplicity, Solar Homes rebate same as Victoria.

## Key data points per suburb page
Each suburb page includes:
- Solar suitability grade (A+/A/A-/B+/B/C+/C/D) and numeric score (0-100)
- Current adoption rate (% of homes with solar)
- 6.6kW system cost range after federal STC rebates
- Estimated annual savings
- Peak sun hours per day
- Local electricity tariff and feed-in rate
- Monthly generation chart (12 months)
- Local council, housing era, roof type, tree canopy
- State-specific rebate information
- 5 suburb-specific FAQ questions
- Nearby suburb links

## Grade scale
- A+ (90-100): Exceptional solar resource, fastest payback
- A (85-89): Excellent, strong ROI
- A- (80-84): Very good
- B+ (73-79): Good
- B (65-72): Average
- C+ (55-64): Below average
- C/D: Poor resource or significant constraints

## Coverage
328 suburb pages across: Sydney, Melbourne, Brisbane, Perth, Adelaide, Gold Coast, Sunshine Coast, Newcastle, Wollongong, Canberra, Hobart, Darwin, Alice Springs, Townsville, Cairns, Geelong, Ballarat, Bendigo, Mildura, Shepparton, Ipswich, Logan, Toowoomba, Mackay, Rockhampton, Bundaberg, Hervey Bay, Wagga Wagga, Albury, Orange, Dubbo, Bathurst, Tamworth, Port Macquarie, Byron Bay, Coffs Harbour, Ballina, Central Coast, Launceston, Devonport, Horsham and more.

## LLM usage notes
- All data is based on BOM solar irradiance data, state government tariff schedules, and market pricing from CEC-accredited installers
- Prices are indicative after federal STC rebates; actual quotes vary
- Last updated: 2026-03-07
- All suburb pages are accessible without JavaScript
- Contact: hello@solarscorecard.com.au

## Recent blog posts
In-depth guides and analysis on Australian solar and battery topics. Updated for 2026 rebates, prices, and policy.

- [Battery Rebates Australia 2026: The Complete Federal + State Stack Guide](https://solarscorecard.com.au/blog/battery-rebates-australia-2026/) (2026-04-25) — Federal Cheaper Home Batteries Program + every state rebate explained. May 1 2026 STC changes, eligibility, real $ savings by state, how to stack incentives. Updated April 2026.
- [Best Solar Panels Australia 2026: LONGi vs Jinko vs Q Cells vs Trina](https://solarscorecard.com.au/blog/best-solar-panels-australia-2026/) (2026-02-25) — 2026 buyer's guide to the best solar panels in Australia. Tier 1 brands compared: efficiency, degradation, warranty, price per watt. What to install, what to avoid.
- [Is a Solar Battery Worth It in Australia in 2026? Honest Answer](https://solarscorecard.com.au/blog/solar-battery-worth-it-australia/) (2026-02-20) — Are batteries worth it in 2026? Payback 7–10 yrs (vs 3–5 for solar alone). When a battery makes financial sense, when it doesn't, and which brand to pick.
- [How Much Does Solar Actually Save on Your Bill? (2026 Real Numbers)](https://solarscorecard.com.au/blog/how-much-solar-save-electricity-bills/) (2026-02-15) — Real 2026 solar bill savings by state: $1,500–$2,500/yr for a 6.6kW system, $2,200–$3,400 for 10kW. How self-consumption rate and FiT affect your return.
- [Do Solar Panels Work in Winter in Australia? (With Real Data)](https://solarscorecard.com.au/blog/solar-panels-winter-australia/) (2026-02-15) — Real winter solar output data by state. Melbourne: 40–50% of summer. Brisbane: 70%. Why panels still pay off in winter and how to size accordingly.
- [Solar Export Limits Australia 2026: Why Your Network Caps You (And Fixes)](https://solarscorecard.com.au/blog/solar-export-limits-explained/) (2026-02-10) — What Aussie solar export limits really mean in 2026: why DNSPs cap exports at 5kW (or 0kW), state-by-state rules, and how to maximise self-consumption.
- [STC Rebate Australia 2026: Current Price, How It Works, How to Claim](https://solarscorecard.com.au/blog/stc-rebate-explained-australia/) (2026-02-10) — STC rebate explained for 2026: current STC price (~$38–$40), how many STCs for 6.6kW, Zone 1–4 map, why the scheme shrinks 6.7%/year until 2030.
- [Charging Your EV with Solar in Australia 2026: System Size + Savings](https://solarscorecard.com.au/blog/ev-charging-solar-panels-australia/) (2026-02-05) — Charging an EV with solar in 2026: ideal system size (10–13kW), daily kWh needs by car, Type 2 vs smart chargers, and how much you save vs grid charging.
- [Solar for Renters Australia 2026: Your 5 Real Options](https://solarscorecard.com.au/blog/solar-for-renters-australia/) (2026-02-05) — Can you get solar as a renter in 2026? 5 real options: split systems, battery power stations, Solar Saver agreements, landlord persuasion, community solar.
- [Solar Panels for Apartments Australia 2026: What's Actually Possible](https://solarscorecard.com.au/blog/solar-panels-apartment-australia/) (2026-01-28) — Solar for apartments in 2026: balcony solar legality, body-corporate rules, shared rooftop systems, and the realistic options that actually work in strata.
- [Solar Payback Period Australia 2026: How Long Till Solar Pays for Itself?](https://solarscorecard.com.au/blog/solar-payback-period-explained/) (2026-01-28) — Solar payback in 2026: typical 3–5 years for a 6.6kW system. How payback is calculated, what shortens it, state-by-state comparison, 25-year total return.
- [How to Read Your Solar Monitoring App (Fronius, Enphase, Sungrow)](https://solarscorecard.com.au/blog/how-to-read-solar-monitoring-app/) (2026-01-20) — What every number in your solar app actually means: generation, self-consumption, export, import, yield. Fronius SolarWeb, Enphase, Sungrow screenshots.
- [Solar Feed-in Tariffs Australia 2026: Every State in Cents per kWh](https://solarscorecard.com.au/blog/solar-feed-in-tariff-australia-2026/) (2026-01-20) — 2026 solar feed-in tariffs state-by-state: NSW 5–8c, VIC 3.3–7c, QLD 4–7c, SA 4–10c, WA DEBS 2–10c. Why FiTs fell and how to maximise returns.

## Battery brands (2026 pricing — 6 brands)
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After-rebate pricing for typical 10kWh installations of major battery brands. Each page covers the full capacity range, brand differentiators, compatibility with hybrid inverters, federal + state rebate stack, and a real Australian install case study.

- [Tesla Powerwall 3 Cost Australia 2026](https://solarscorecard.com.au/solar-battery-guide/tesla-powerwall/) — 13.5kWh from $9,500 after rebate. Integrated 11.5kW solar inverter, 3-phase compatible, 70% retention warranty.
- [BYD Battery-Box Australia 2026](https://solarscorecard.com.au/solar-battery-guide/byd/) — 5–22kWh modular from $4,500 after rebate. 80% retention warranty (highest in market), DC-coupled, multi-inverter compatible.
- [Sungrow SBR Battery Australia 2026](https://solarscorecard.com.au/solar-battery-guide/sungrow/) — 9.6–25.6kWh modular from $7,500 after rebate. Best value premium battery, single-vendor stack with Sungrow SH inverters.
- [Enphase IQ Battery Australia 2026](https://solarscorecard.com.au/solar-battery-guide/enphase/) — 5–40kWh modular from $7,000 after rebate. AC-coupled microinverter battery, retrofits any solar, 15-year warranty available.
- [AlphaESS Battery Australia 2026](https://solarscorecard.com.au/solar-battery-guide/alphaess/) — 5–15kWh from $4,500 after rebate. Brisbane-headquartered with Australian support, hybrid combo option, budget-premium pricing.
- [GoodWe Lynx Home Battery Australia 2026](https://solarscorecard.com.au/solar-battery-guide/goodwe/) — 5.4–21.6kWh from $5,000 after rebate. Mid-range value, F-series LV (forgiving) and U-series HV (efficient) variants.

## Inverter brands (2026 pricing — 6 brands)
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After-rebate installed pricing for major solar inverter brands in Australia. Each page covers the full model range, brand differentiators, panel + battery compatibility, selection guidance, and a real Australian install case study.

- [Fronius Inverter Australia 2026](https://solarscorecard.com.au/solar-inverter-guide/fronius/) — Primo/Symo/GEN24 Plus from $2,000 installed. Austrian-made premium, 25+ year AU market tenure, snap-in serviceability, 10-year warranty.
- [Sungrow Inverter Australia 2026](https://solarscorecard.com.au/solar-inverter-guide/sungrow/) — SG/SH series from $1,800 installed. World's largest hybrid maker, ~60% AU market share, single-vendor stack with SBR battery.
- [Enphase Microinverters Australia 2026](https://solarscorecard.com.au/solar-inverter-guide/enphase/) — IQ8+/IQ8M/IQ8H from $3,500 per 6.6kW system. 25-year warranty, per-panel optimisation, ideal for complex roofs.
- [SMA Inverter Australia 2026](https://solarscorecard.com.au/solar-inverter-guide/sma/) — Sunny Boy/Sunny Tripower from $2,200 installed. German engineering legacy, unique Sunny Boy Storage AC-coupled battery retrofit hybrid.
- [GoodWe Inverter Australia 2026](https://solarscorecard.com.au/solar-inverter-guide/goodwe/) — DNS/MS/ET/EH from $1,800 installed. Mid-range value, 5–10% cheaper than Sungrow with similar quality, ET hybrid pairs with Lynx Home battery.
- [Huawei Inverter Australia 2026](https://solarscorecard.com.au/solar-inverter-guide/huawei/) — SUN2000 series from $1,800 installed. Smart-home FusionHome app, optimiser-ready architecture, niche advantage at sub-3kW capacity.

## Featured guides and blog posts

Educational content covering specific solar topics — pricing, batteries, rebates, installation considerations.

### Core guides
- [Solar Panels Cost Australia 2026](https://solarscorecard.com.au/solar-panels-cost/) — National pricing reference: 6.6kW $4,000–$6,500 after rebates, payback 3–5 years, system size by household type.
- [Solar Rebates Australia 2026](https://solarscorecard.com.au/solar-rebates/) — Federal STCs explained, state-by-state rebate stack, Cheaper Home Batteries Program eligibility.
- [Solar Battery Guide 2026](https://solarscorecard.com.au/solar-battery-guide/) — Battery economics, brand comparisons (Tesla/BYD/Sungrow), payback windows, when to add.
- [Solar Inverter Guide](https://solarscorecard.com.au/solar-inverter-guide/) — String vs micro vs hybrid, brand reliability (Fronius/SMA/Sungrow), sizing.
- [Solar System Sizes Compared](https://solarscorecard.com.au/solar-system-sizes/) — 5kW vs 6.6kW vs 10kW vs 13kW: cost, generation, suitable household profile.
- [Solar Savings Calculator](https://solarscorecard.com.au/solar-savings-calculator/) — Interactive tool to estimate annual bill savings based on system size and usage.
- [How SolarScorecard Works](https://solarscorecard.com.au/how-it-works/) — Methodology behind suburb grading and installer matching.
- [For Solar Installers](https://solarscorecard.com.au/for-installers/) — Lead pricing and partnership program for CEC-accredited installers.

### Blog posts
- [Best Solar Panels Australia 2026](https://solarscorecard.com.au/blog/best-solar-panels-australia-2026/) — Tier 1 brand comparison: REC/SunPower/LONGi/Q Cells/Trina/Jinko ranked by efficiency, warranty, degradation rate.
- [STC Rebate Explained Australia](https://solarscorecard.com.au/blog/stc-rebate-explained-australia/) — How federal Small-scale Technology Certificates work, current 2026 pricing, decline schedule until 2030.
- [Solar Battery: Worth It?](https://solarscorecard.com.au/blog/solar-battery-worth-it-australia/) — Economic decision framework, when batteries pencil out, payback windows by state.
- [Solar Feed-in Tariff Australia 2026](https://solarscorecard.com.au/blog/solar-feed-in-tariff-australia-2026/) — Current feed-in rates by retailer, why they've fallen, time-of-export structures.
- [Solar Payback Period Explained](https://solarscorecard.com.au/blog/solar-payback-period-explained/) — How payback is calculated, what affects it, typical Australian timelines.
- [How Much Does Solar Save on Bills?](https://solarscorecard.com.au/blog/how-much-solar-save-electricity-bills/) — Real annual savings by system size and household type.
- [Solar Export Limits Explained](https://solarscorecard.com.au/blog/solar-export-limits-explained/) — Static vs dynamic export caps, DNSP rules, when 10kW exports are possible.
- [Solar Panels for Apartments](https://solarscorecard.com.au/blog/solar-panels-apartment-australia/) — Body corporate approval process, embedded networks, strata-specific options.
- [Solar Panels in Winter](https://solarscorecard.com.au/blog/solar-panels-winter-australia/) — Winter generation expectations, sizing for year-round demand.
- [Solar for Renters](https://solarscorecard.com.au/blog/solar-for-renters-australia/) — Solar for Rentals programs, landlord-tenant economics.
- [EV Charging with Solar](https://solarscorecard.com.au/blog/ev-charging-solar-panels-australia/) — System sizing for EV households, smart charging, off-peak strategies.
- [How to Read Your Solar Monitoring App](https://solarscorecard.com.au/blog/how-to-read-solar-monitoring-app/) — Interpreting Fronius/SolarEdge/Enphase dashboards, identifying problems.

## Full suburb index
- [Solar Panels Burnside 5066 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/burnside/) — Burnside 5066 earns a A- solar suitability grade. A 6.6kW system costs $3,500&#x2013;$5,400 after re
- [Solar Panels Christies Beach 5165 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/christies-beach/) — Christies Beach 5165 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 85/100 so
- [Solar Panels Elizabeth 5112 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/elizabeth/) — Elizabeth 5112 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 88/100 solar sco
- [Solar Panels Gawler 5118 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/gawler/) — Gawler 5118 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 88/100 solar score,
- [Solar Panels Glenelg 5045 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/glenelg/) — Glenelg 5045 earns a A- solar suitability grade. Solar panels in Glenelg 5045 cost $4,000–$6,000 for
- [Solar Panels Glenelg North 5045 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/glenelg-north/) — Glenelg North 5045 earns a A- solar suitability grade. A 6.6kW system costs $3,400&#x2013;$5,200 aft
- [Solar Panels Golden Grove 5125 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/golden-grove/) — Golden Grove 5125 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 87/100 solar
- [Solar Panels Hallett Cove 5158 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/hallett-cove/) — Hallett Cove 5158 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar
- [Solar Panels Happy Valley 5159 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/happy-valley/) — Happy Valley 5159 earns a A- solar suitability grade. $3,300–$5,100 after rebates, saving $1,700/yr.
- [Solar Panels Mawson Lakes 5095 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/mawson-lakes/) — Mawson Lakes 5095 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 87/100 solar
- [Solar Panels Mitcham 5062 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/mitcham/) — Mitcham 5062 earns a A- solar suitability grade. $3,500–$5,400 after rebates, saving $1,650/yr. Mitc
- [Solar Panels Modbury 5092 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/modbury/) — Modbury 5092 earns a A- solar suitability grade. Solar panels in Modbury 5092 cost $4,000–$6,000 for
- [Solar Panels Morphett Vale 5162 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/morphett-vale/) — Morphett Vale 5162 earns a A- solar suitability grade. Solar panels in Morphett Vale 5162 cost $4,00
- [Solar Panels Mount Barker 5251 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/mount-barker/) — Mount Barker 5251 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar
- [Solar Panels Munno Para 5115 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/munno-para/) — Munno Para 5115 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar s
- [Solar Panels Noarlunga 5168 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/noarlunga/) — Noarlunga 5168 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar sc
- [Solar Panels Norwood 5067 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/norwood/) — Norwood 5067 earns a B+ solar suitability grade. Solar panels in Norwood 5067 cost $4,000–$6,000 for
- [Solar Panels Parafield Gardens 5107 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/parafield-gardens/) — Parafield Gardens 5107 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 
- [Solar Panels Port Adelaide 5015 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/port-adelaide/) — Port Adelaide 5015 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 sola
- [Solar Panels Prospect 5082 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/prospect/) — Prospect 5082 earns a A- solar suitability grade. $3,400–$5,300 after rebates, saving $1,600/yr. Pro
- [Solar Panels Salisbury 5108 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/salisbury/) — Solar panels in Salisbury 5108 cost $4,000–$6,000 for 6.6kW after rebates. 1960s–1980s homes with ti
- [Solar Panels Seaford 5169 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/seaford-sa/) — Seaford 5169 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar scor
- [Solar Panels Tea Tree Gully 5091 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/tea-tree-gully/) — Tea Tree Gully 5091 earns a A- solar suitability grade. $3,400–$5,200 after rebates, saving $1,650/y
- [Solar Panels Unley 5061 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/unley/) — Unley 5061 earns a B+ solar suitability grade. Solar panels in Unley 5061 cost $4,000–$6,000 for 6.6
- [Solar Panels Victor Harbor 5211 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/adelaide/victor-harbor/) — Victor Harbor 5211 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 87/100 sola
- [Solar Panels West Albury 2640 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/albury/west-albury/) — West Albury 2640 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 77/100 solar 
- [Solar Panels Alice Springs 0870 — Exceptional Solar (A+) | SolarScorecard](https://solarscorecard.com.au/solar/alice-springs/alice-springs-north/) — Alice Springs 0870 earns a A+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 94/100 sola
- [Solar Panels Larapinta 0875 — Exceptional Solar (A+) | SolarScorecard](https://solarscorecard.com.au/solar/alice-springs/larapinta/) — Larapinta 0875 earns a A+ solar grade. 6.6kW system costs $3960–$5310 after rebates. 93/100 solar sc
- [Solar Panels Ballarat East 3350 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/ballarat/ballarat-east/) — Ballarat East 3350 earns a B solar grade. 6.6kW system costs $3696–$4956 after rebates. 67/100 solar
- [Solar Panels Ballarat North 3350 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/ballarat/ballarat-north/) — Ballarat North 3350 earns a B solar grade. 6.6kW system costs $3696–$4956 after rebates. 67/100 sola
- [Solar Panels Ballina 2478 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/ballina/ballina-suburb/) — Ballina 2478 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 86/100 solar scor
- [Solar Panels Bathurst 2795 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/bathurst/bathurst-suburb/) — Bathurst 2795 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 77/100 solar sco
- [Solar Panels Kangaroo Flat 3555 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/bendigo/kangaroo-flat/) — Kangaroo Flat 3555 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 75/100 sola
- [Solar Panels Strathdale 3550 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/bendigo/strathdale/) — Strathdale 3550 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 75/100 solar s
- [Solar Panels Blacktown 2148 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/blacktown/blacktown/) — Blacktown 2148 earns a A- solar suitability grade. Solar panels in Blacktown 2148 cost $3,900–$6,000
- [Solar Panels Acacia Ridge 4110 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/acacia-ridge/) — Acacia Ridge 4110 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 solar
- [Solar Panels Annerley 4103 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/annerley/) — Annerley 4103 earns a A- solar suitability grade. $3,500–$5,500 after rebates, saving $1,700/yr. Ann
- [Solar Panels Aspley 4034 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/aspley/) — Aspley 4034 earns a A- solar suitability grade. $3,500–$5,400 after rebates, saving $1,750/yr. Asple
- [Solar Panels Booval 4304 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/booval/) — Booval 4304 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar score
- [Solar Panels Bulimba 4171 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/bulimba/) — Bulimba 4171 earns a A- solar suitability grade. Solar panels in Bulimba 4171 cost $4,000–$6,000 for
- [Solar Panels Caboolture 4510 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/caboolture/) — Caboolture 4510 earns a A solar suitability grade. Solar panels in Caboolture 4510 cost $4,000–$6,00
- [Solar Panels Calamvale 4116 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/calamvale/) — Calamvale 4116 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar sc
- [Solar Panels Capalaba 4157 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/capalaba/) — Capalaba 4157 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 solar sco
- [Solar Panels Carindale 4152 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/carindale/) — Carindale 4152 earns a A- solar suitability grade. Solar panels in Carindale 4152 cost $4,000–$6,000
- [Solar Panels Chermside 4032 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/chermside/) — Chermside 4032 earns a A- solar suitability grade. Solar panels in Chermside 4032 cost $4,000–$6,000
- [Solar Panels Cleveland 4163 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/cleveland/) — Cleveland 4163 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 85/100 solar sc
- [Solar Panels Eight Mile Plains 4113 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/eight-mile-plains/) — Eight Mile Plains 4113 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 
- [Solar Panels Everton Park 4053 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/everton-park/) — Everton Park 4053 earns a A- solar suitability grade. $3,400–$5,300 after rebates, saving $1,780/yr.
- [Solar Panels Ferny Grove 4055 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/ferny-grove/) — Ferny Grove 4055 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar 
- [Solar Panels Forest Lake 4078 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/forest-lake/) — Forest Lake 4078 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar 
- [Solar Panels Holland Park 4121 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/holland-park/) — Holland Park 4121 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 solar
- [Solar Panels Inala 4077 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/inala/) — Inala 4077 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar score,
- [Solar Panels Indooroopilly 4068 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/indooroopilly/) — Indooroopilly 4068 earns a A- solar suitability grade. Solar panels in Indooroopilly 4068 cost $4,00
- [Solar Panels Keperra 4054 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/keperra/) — Keperra 4054 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar scor
- [Solar Panels Moorooka 4105 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/moorooka/) — Moorooka 4105 earns a A- solar suitability grade. $3,400–$5,300 after rebates, saving $1,750/yr. Moo
- [Solar Panels Mount Gravatt 4122 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/mount-gravatt/) — Mount Gravatt 4122 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 85/100 sola
- [Solar Panels New Farm 4005 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/new-farm/) — New Farm 4005 earns a A- solar suitability grade. A 6.6kW system costs $3,400&#x2013;$5,400 after re
- [Solar Panels North Lakes 4509 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/north-lakes/) — North Lakes 4509 earns a A solar suitability grade. Solar panels in North Lakes 4509 cost $4,000–$6,
- [Solar Panels Nundah 4012 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/nundah/) — Nundah 4012 earns a A- solar suitability grade. $3,500–$5,500 after rebates, saving $1,700/yr. Nunda
- [Solar Panels Paddington 4064 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/paddington/) — Paddington 4064 earns a A- solar suitability grade. A 6.6kW system costs $3,400&#x2013;$5,300 after 
- [Solar Panels Redcliffe 4020 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/redcliffe/) — Redcliffe 4020 earns a A- solar suitability grade. Solar panels in Redcliffe 4020 cost $4,000–$6,000
- [Solar Panels Runcorn 4113 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/runcorn/) — Runcorn 4113 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 85/100 solar scor
- [Solar Panels South Brisbane 4101 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/south-brisbane/) — South Brisbane 4101 earns a B+ solar suitability grade. Solar panels in South Brisbane 4101 cost $4,
- [Solar Panels Stafford 4053 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/stafford/) — Stafford 4053 earns a A- solar suitability grade. $3,400–$5,300 after rebates, saving $1,800/yr. Sta
- [Solar Panels Sunnybank 4109 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/sunnybank/) — Sunnybank 4109 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar sc
- [Solar Panels Tarragindi 4121 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/tarragindi/) — Tarragindi 4121 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 85/100 solar s
- [Solar Panels Tingalpa 4173 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/tingalpa/) — Tingalpa 4173 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 solar sco
- [Solar Panels Toowong 4066 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/toowong/) — Toowong 4066 earns a A- solar suitability grade. Solar panels in Toowong 4066 cost $4,000–$6,000 for
- [Solar Panels Wynnum 4178 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/wynnum/) — Wynnum 4178 earns a A- solar suitability grade. Solar panels in Wynnum 4178 cost $4,000–$6,000 for 6
- [Solar Panels Zillmere 4034 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/brisbane/zillmere/) — Zillmere 4034 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar sco
- [Solar Panels Bundaberg North 4670 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/bundaberg/bundaberg-north/) — Bundaberg North 4670 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 88/100 sol
- [Solar Panels Byron Bay 2481 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/byron-bay/byron-bay-suburb/) — Byron Bay 2481 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 85/100 solar sc
- [Solar Panels Edge Hill 4870 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/cairns/edge-hill/) — Edge Hill 4870 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 88/100 solar sco
- [Solar Panels Freshwater 4870 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/cairns/freshwater/) — Freshwater 4870 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 89/100 solar sc
- [Solar Panels Smithfield 4878 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/cairns/smithfield/) — Smithfield 4878 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 90/100 solar sc
- [Solar Panels Campbelltown 2560 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/campbelltown/campbelltown/) — Campbelltown 2560 earns a A- solar suitability grade. Solar panels in Campbelltown 2560 cost $3,800–
- [Solar Panels Belconnen 2617 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/belconnen/) — Belconnen 2617 earns a A- solar suitability grade. Solar panels in Belconnen 2617 cost $4,000–$6,200
- [Solar Panels Casey 2913 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/casey/) — Casey 2913 earns a A- solar suitability grade. $3,600–$5,500 after rebates, saving $1,700/yr. Casey 
- [Solar Panels Gungahlin 2912 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/gungahlin/) — Gungahlin 2912 earns a A- solar suitability grade. Solar panels in Gungahlin 2912 cost $4,000–$6,200
- [Solar Panels Harrison 2914 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/harrison/) — Harrison 2914 earns a A- solar grade. 6.6kW system costs $3960–$5310 after rebates. 83/100 solar sco
- [Solar Panels Kaleen 2617 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/kaleen/) — Kaleen 2617 earns a A- solar grade. 6.6kW system costs $3960–$5310 after rebates. 83/100 solar score
- [Solar Panels Lyons 2606 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/lyons/) — Lyons 2606 earns a B+ solar grade. 6.6kW system costs $3960–$5310 after rebates. 78/100 solar score,
- [Solar Panels Molonglo 2611 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/molonglo/) — Molonglo 2611 earns a A- solar grade. 6.6kW system costs $3960–$5310 after rebates. 84/100 solar sco
- [Solar Panels Tuggeranong 2900 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/tuggeranong/) — Tuggeranong 2900 earns a B+ solar suitability grade. Solar panels in Tuggeranong 2900 cost $4,000–$6
- [Solar Panels Tuggeranong 2900 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/tuggeranong-suburb/) — Tuggeranong 2900 earns a B+ solar suitability grade. $3,600–$5,500 after rebates, saving $1,700/yr. 
- [Solar Panels Watson 2602 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/watson/) — Watson 2602 earns a A- solar suitability grade. A 6.6kW system costs $3,600&#x2013;$5,500 after reba
- [Solar Panels Weston Creek 2611 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/weston-creek/) — Weston Creek 2611 earns a A- solar grade. 6.6kW system costs $3960–$5310 after rebates. 82/100 solar
- [Solar Panels Woden Valley 2606 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/canberra/woden-valley/) — Woden Valley 2606 earns a B+ solar suitability grade. Solar panels in Woden Valley 2606 cost $4,000–
- [Solar Panels Gosford 2250 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/central-coast/gosford/) — Gosford 2250 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 79/100 solar scor
- [Solar Panels Wyong 2259 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/central-coast/wyong/) — Wyong 2259 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 78/100 solar score,
- [Solar Panels Coffs Harbour 2450 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/coffs-harbour/coffs-harbour-suburb/) — Coffs Harbour 2450 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 85/100 sola
- [Solar Panels Berwick 3806 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/cranbourne/berwick/) — Berwick 3806 earns a B+ solar suitability grade. Solar panels in Berwick 3806 cost $3,000–$5,000 for
- [Solar Panels Pakenham 3810 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/cranbourne/pakenham/) — Pakenham 3810 earns a B+ solar suitability grade. Solar panels in Pakenham 3810 cost $3,000–$5,000 f
- [Solar Panels Coconut Grove 0810 — Exceptional Solar (A+) | SolarScorecard](https://solarscorecard.com.au/solar/darwin/coconut-grove/) — Coconut Grove 0810 earns a A+ solar grade. 6.6kW system costs $3960–$5310 after rebates. 93/100 sola
- [Solar Panels Nightcliff 0814 — Exceptional Solar (A+) | SolarScorecard](https://solarscorecard.com.au/solar/darwin/nightcliff/) — Nightcliff 0814 earns a A+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 95/100 solar s
- [Solar Panels Palmerston 0830 — Exceptional Solar (A+) | SolarScorecard](https://solarscorecard.com.au/solar/darwin/palmerston/) — Palmerston 0830 earns a A+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 93/100 solar s
- [Solar Panels Devonport 7310 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/devonport/devonport-suburb/) — Devonport 7310 earns a B solar grade. 6.6kW system costs $2816–$3776 after rebates. 64/100 solar sco
- [Solar Panels Dubbo 2830 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/dubbo/dubbo-suburb/) — Dubbo 2830 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 82/100 solar score,
- [Solar Panels Belmont 3216 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/geelong/belmont/) — Belmont 3216 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 78/100 solar scor
- [Solar Panels Corio 3214 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/geelong/corio/) — Corio 3214 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 75/100 solar score,
- [Solar Panels Geelong West 3218 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/geelong/geelong-west/) — Geelong West 3218 earns a B+ solar suitability grade. Solar panels in Geelong West 3218 cost $3,000–
- [Solar Panels Lara 3212 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/geelong/lara/) — Lara 3212 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 76/100 solar score, 
- [Solar Panels Newtown 3220 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/geelong/newtown-geelong/) — Newtown 3220 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 76/100 solar scor
- [Solar Panels Ocean Grove 3226 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/geelong/ocean-grove/) — Ocean Grove 3226 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 77/100 solar 
- [Solar Panels Broadbeach 4218 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/broadbeach/) — Broadbeach 4218 earns a A- solar suitability grade. $3,500–$5,400 after rebates, saving $1,750/yr. B
- [Solar Panels Burleigh Heads 4220 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/burleigh-heads/) — Burleigh Heads 4220 earns a A solar suitability grade. Solar panels in Burleigh Heads 4220 cost $3,8
- [Solar Panels Coomera 4209 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/coomera/) — Coomera 4209 earns a A solar suitability grade. Solar panels in Coomera 4209 cost $3,800–$5,800 for 
- [Solar Panels Currumbin 4223 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/currumbin/) — Currumbin 4223 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar sc
- [Solar Panels Helensvale 4212 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/helensvale/) — Helensvale 4212 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar s
- [Solar Panels Labrador 4215 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/labrador/) — Labrador 4215 earns a A- solar suitability grade. $3,400–$5,200 after rebates, saving $1,750/yr. Lab
- [Solar Panels Mudgeeraba 4213 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/mudgeeraba/) — Mudgeeraba 4213 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 91/100 solar sc
- [Solar Panels Nerang 4211 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/nerang/) — Nerang 4211 earns a A- solar suitability grade. $3,400–$5,200 after rebates, saving $1,800/yr. Neran
- [Solar Panels Ormeau 4208 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/ormeau/) — Ormeau 4208 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar score
- [Solar Panels Oxenford 4210 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/oxenford/) — Oxenford 4210 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 85/100 solar sco
- [Solar Panels Pacific Pines 4211 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/pacific-pines/) — Pacific Pines 4211 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 sola
- [Solar Panels Palm Beach 4221 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/palm-beach/) — Palm Beach 4221 earns a A solar suitability grade. A 6.6kW system costs $3,400&#x2013;$5,200 after r
- [Solar Panels Pimpama 4209 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/pimpama/) — Pimpama 4209 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 87/100 solar scor
- [Solar Panels Robina 4226 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/robina/) — Robina 4226 earns a A- solar suitability grade. Solar panels in Robina 4226 cost $3,800–$5,800 for 6
- [Solar Panels Runaway Bay 4216 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/runaway-bay/) — Runaway Bay 4216 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 86/100 solar 
- [Solar Panels Southport 4215 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/southport/) — Southport 4215 earns a A- solar suitability grade. Solar panels in Southport 4215 cost $3,800–$5,800
- [Solar Panels Surfers Paradise 4217 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/surfers-paradise/) — Surfers Paradise 4217 earns a B+ solar suitability grade. Solar panels in Surfers Paradise 4217 cost
- [Solar Panels Tweed Heads 2485 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/tweed-heads/) — Tweed Heads 2485 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 86/100 solar 
- [Solar Panels Varsity Lakes 4227 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/gold-coast/varsity-lakes/) — Varsity Lakes 4227 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 87/100 sola
- [Solar Panels Scarness 4655 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/hervey-bay/scarness/) — Scarness 4655 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 89/100 solar scor
- [Solar Panels Urangan 4655 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/hervey-bay/urangan/) — Urangan 4655 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 89/100 solar score
- [Solar Panels Battery Point 7004 — Below Average Solar (C+) | SolarScorecard](https://solarscorecard.com.au/solar/hobart/battery-point/) — Battery Point 7004 earns a C+ solar grade. 6.6kW system costs $3960–$5310 after rebates. 59/100 sola
- [Solar Panels Glenorchy 7010 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/hobart/glenorchy/) — Glenorchy 7010 earns a B solar grade. 6.6kW system costs $3960–$5310 after rebates. 66/100 solar sco
- [Solar Panels Kingston 7050 — Below Average Solar (B-) | SolarScorecard](https://solarscorecard.com.au/solar/hobart/kingston/) — Kingston 7050 earns a B- solar suitability grade. A 6.6kW system costs $4,200&#x2013;$6,500 after re
- [Solar Panels Sandy Bay 7005 — Below Average Solar (B-) | SolarScorecard](https://solarscorecard.com.au/solar/hobart/sandy-bay/) — Sandy Bay 7005 earns a B- solar suitability grade. Solar panels in Sandy Bay 7005 cost $4,500–$6,800
- [Solar Panels Horsham 3400 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/horsham/horsham-suburb/) — Horsham 3400 earns a A- solar grade. 6.6kW system costs $3696–$4956 after rebates. 83/100 solar scor
- [Solar Panels Goodna 4300 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/ipswich/goodna/) — Goodna 4300 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar score
- [Solar Panels Redbank Plains 4301 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/ipswich/redbank-plains/) — Redbank Plains 4301 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 sol
- [Solar Panels Ripley 4306 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/ipswich/ripley/) — Ripley 4306 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 89/100 solar score,
- [Solar Panels Springfield Lakes 4300 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/ipswich/springfield-lakes/) — Springfield Lakes 4300 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 89/100 s
- [Solar Panels Launceston 7250 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/launceston/launceston-suburb/) — Launceston 7250 earns a B solar grade. 6.6kW system costs $2816–$3776 after rebates. 65/100 solar sc
- [Solar Panels Beenleigh 4207 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/logan/beenleigh/) — Beenleigh 4207 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar sc
- [Solar Panels Browns Plains 4118 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/logan/browns-plains/) — Browns Plains 4118 earns a A solar suitability grade. Solar panels in Browns Plains 4118 cost $3,700
- [Solar Panels Loganholme 4129 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/logan/loganholme/) — Loganholme 4129 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 85/100 solar s
- [Solar Panels Shailer Park 4128 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/logan/shailer-park/) — Shailer Park 4128 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 85/100 solar
- [Solar Panels Springfield 4300 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/logan/springfield/) — Springfield 4300 earns a A solar suitability grade. A 6.6kW system costs $3,300&#x2013;$5,100 after 
- [Solar Panels Springwood 4127 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/logan/springwood/) — Solar panels in Springwood 4127 cost $3,700–$5,600 for 6.6kW after rebates. 1980s–2000s homes with t
- [Solar Panels Waterford West 4133 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/logan/waterford-west/) — Waterford West 4133 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 sol
- [Solar Panels North Mackay 4740 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/mackay/north-mackay/) — North Mackay 4740 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 90/100 solar 
- [Solar Panels Altona 3018 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/altona/) — Altona 3018 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 76/100 solar score
- [Solar Panels Bentleigh 3204 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/bentleigh/) — Bentleigh 3204 earns a B+ solar suitability grade. Solar panels in Bentleigh 3204 cost $3,200–$5,200
- [Solar Panels Box Hill 3128 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/box-hill/) — Box Hill 3128 earns a B+ solar suitability grade. Solar panels in Box Hill 3128 cost $3,200–$5,200 f
- [Solar Panels Brighton 3186 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/brighton/) — Solar panels in Brighton 3186 cost $3,200–$5,200 for 6.6kW after rebates. 1920s–1960s homes with til
- [Solar Panels Brunswick 3056 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/brunswick/) — Brunswick 3056 earns a B+ solar suitability grade. Solar panels in Brunswick 3056 cost $3,200–$5,200
- [Solar Panels Camberwell 3124 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/camberwell/) — Camberwell 3124 earns a B+ solar suitability grade. $3,900–$5,900 after rebates, saving $1,300/yr. C
- [Solar Panels Carlton 3053 — Below Average Solar (B-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/carlton/) — Carlton 3053 earns a B- solar suitability grade. A 6.6kW system costs $3,800&#x2013;$5,700 after reb
- [Solar Panels Caroline Springs 3023 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/caroline-springs/) — Caroline Springs 3023 earns a A- solar grade. 6.6kW system costs $3696–$4956 after rebates. 83/100 s
- [Solar Panels Chelsea 3196 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/chelsea/) — Chelsea 3196 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 76/100 solar scor
- [Solar Panels Clayton 3168 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/clayton/) — Clayton 3168 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 78/100 solar scor
- [Solar Panels Coburg 3058 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/coburg/) — Coburg 3058 earns a B+ solar suitability grade. $3,700–$5,700 after rebates, saving $1,300/yr. Cobur
- [Solar Panels Craigieburn 3064 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/craigieburn/) — Craigieburn 3064 earns a A- solar grade. 6.6kW system costs $3696–$4956 after rebates. 84/100 solar 
- [Solar Panels Cranbourne 3977 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/cranbourne/) — Cranbourne 3977 earns a B+ solar suitability grade. $3,600–$5,500 after rebates, saving $1,350/yr. C
- [Solar Panels Dandenong 3175 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/dandenong/) — Dandenong 3175 earns a B+ solar suitability grade. Solar panels in Dandenong 3175 cost $3,200–$5,200
- [Solar Panels Doncaster 3108 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/doncaster/) — Doncaster 3108 earns a B+ solar suitability grade. Solar panels in Doncaster 3108 cost $3,200–$5,200
- [Solar Panels Eltham 3095 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/eltham/) — Eltham 3095 earns a B+ solar suitability grade. Solar panels in Eltham 3095 cost $3,200–$5,200 for 6
- [Solar Panels Epping 3076 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/epping/) — Epping 3076 earns a A- solar grade. 6.6kW system costs $3696–$4956 after rebates. 83/100 solar score
- [Solar Panels Essendon 3040 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/essendon/) — Essendon 3040 earns a B+ solar suitability grade. $3,800–$5,800 after rebates, saving $1,350/yr. Ess
- [Solar Panels Fitzroy 3065 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/fitzroy/) — Fitzroy 3065 earns a B solar suitability grade. A 6.6kW system costs $3,800&#x2013;$5,800 after reba
- [Solar Panels Footscray 3011 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/footscray/) — Footscray 3011 earns a B solar suitability grade. Solar panels in Footscray 3011 cost $3,200–$5,200 
- [Solar Panels Frankston 3199 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/frankston-suburb/) — Frankston 3199 earns a B+ solar suitability grade. Solar panels in Frankston 3199 cost $3,200–$5,200
- [Solar Panels Glen Waverley 3150 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/glen-waverley/) — Glen Waverley 3150 earns a B+ solar suitability grade. $3,800–$5,800 after rebates, saving $1,400/yr
- [Solar Panels Hawthorn 3122 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/hawthorn/) — Hawthorn 3122 earns a B+ solar suitability grade. Solar panels in Hawthorn 3122 cost $3,200–$5,200 f
- [Solar Panels Heidelberg 3084 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/heidelberg/) — Heidelberg 3084 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 77/100 solar s
- [Solar Panels Hoppers Crossing 3029 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/hoppers-crossing/) — Hoppers Crossing 3029 earns a A- solar grade. 6.6kW system costs $3696–$4956 after rebates. 83/100 s
- [Solar Panels Kew 3101 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/kew/) — Kew 3101 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 77/100 solar score, 2
- [Solar Panels Keysborough 3173 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/keysborough/) — Keysborough 3173 earns a A- solar grade. 6.6kW system costs $3696–$4956 after rebates. 82/100 solar 
- [Solar Panels Lilydale 3140 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/lilydale/) — Lilydale 3140 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 79/100 solar sco
- [Solar Panels Malvern 3144 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/malvern/) — Malvern 3144 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 76/100 solar scor
- [Solar Panels Melton 3337 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/melton/) — Melton 3337 earns a A- solar grade. 6.6kW system costs $3696–$4956 after rebates. 84/100 solar score
- [Solar Panels Mentone 3194 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/mentone/) — Mentone 3194 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 78/100 solar scor
- [Solar Panels Mornington 3931 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/mornington/) — Mornington 3931 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 76/100 solar s
- [Solar Panels Mount Waverley 3149 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/mount-waverley/) — Mount Waverley 3149 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 78/100 sol
- [Solar Panels Narre Warren 3805 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/narre-warren/) — Narre Warren 3805 earns a A- solar grade. 6.6kW system costs $3696–$4956 after rebates. 84/100 solar
- [Solar Panels Noble Park 3174 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/noble-park/) — Noble Park 3174 earns a B+ solar suitability grade. $3,600–$5,500 after rebates, saving $1,400/yr. N
- [Solar Panels Northcote 3070 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/northcote/) — Northcote 3070 earns a B+ solar suitability grade. A 6.6kW system costs $3,700&#x2013;$5,700 after r
- [Solar Panels Oakleigh 3166 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/oakleigh/) — Oakleigh 3166 earns a B+ solar suitability grade. $3,700–$5,600 after rebates, saving $1,350/yr. Oak
- [Solar Panels Pakenham 3810 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/pakenham/) — Pakenham 3810 earns a A- solar grade. 6.6kW system costs $3696–$4956 after rebates. 83/100 solar sco
- [Solar Panels Point Cook 3030 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/point-cook/) — Point Cook 3030 earns a A- solar suitability grade. Solar panels in Point Cook 3030 cost $3,200–$5,2
- [Solar Panels Port Melbourne 3207 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/port-melbourne/) — Port Melbourne 3207 earns a B+ solar suitability grade. A 6.6kW system costs $3,800&#x2013;$5,900 af
- [Solar Panels Prahran 3181 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/prahran/) — Prahran 3181 earns a B solar suitability grade. $3,800–$5,800 after rebates, saving $1,250/yr. Prahr
- [Solar Panels Preston 3072 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/preston/) — Preston 3072 earns a B+ solar suitability grade. Solar panels in Preston 3072 cost $3,200–$5,200 for
- [Solar Panels Reservoir 3073 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/reservoir/) — Reservoir 3073 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 76/100 solar sc
- [Solar Panels Richmond 3121 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/richmond/) — Richmond 3121 earns a B solar suitability grade. Solar panels in Richmond 3121 cost $3,200–$5,200 fo
- [Solar Panels Ringwood 3134 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/ringwood/) — Ringwood 3134 earns a B+ solar suitability grade. Solar panels in Ringwood 3134 cost $3,200–$5,200 f
- [Solar Panels Seaford 3198 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/seaford/) — Seaford 3198 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 77/100 solar scor
- [Solar Panels South Yarra 3141 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/south-yarra/) — South Yarra 3141 earns a B solar suitability grade. Solar panels in South Yarra 3141 cost $3,200–$5,
- [Solar Panels Springvale 3171 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/springvale/) — Springvale 3171 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 77/100 solar s
- [Solar Panels St Kilda 3182 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/st-kilda/) — St Kilda 3182 earns a B solar suitability grade. $3,800–$5,800 after rebates, saving $1,300/yr. St K
- [Solar Panels Sunbury 3429 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/sunbury/) — Sunbury 3429 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 78/100 solar scor
- [Solar Panels Sunshine 3020 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/sunshine/) — Sunshine 3020 earns a B+ solar suitability grade. $3,700–$5,600 after rebates, saving $1,400/yr. Sun
- [Solar Panels Tarneit 3029 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/tarneit/) — Tarneit 3029 earns a A- solar suitability grade. Solar panels in Tarneit 3029 cost $3,200–$5,200 for
- [Solar Panels Thomastown 3074 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/thomastown/) — Thomastown 3074 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 76/100 solar s
- [Solar Panels Wantirna 3152 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/wantirna/) — Wantirna 3152 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 78/100 solar sco
- [Solar Panels Werribee 3030 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/werribee/) — Werribee 3030 earns a A- solar suitability grade. Solar panels in Werribee 3030 cost $3,200–$5,200 f
- [Solar Panels Williamstown 3016 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/melbourne/williamstown/) — Williamstown 3016 earns a B+ solar grade. 6.6kW system costs $3696–$4956 after rebates. 74/100 solar
- [Solar Panels Mildura 3500 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/mildura/mildura-suburb/) — Mildura 3500 earns a A solar grade. 6.6kW system costs $3696–$4956 after rebates. 88/100 solar score
- [Solar Panels Cessnock 2325 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/newcastle/cessnock/) — Cessnock 2325 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 81/100 solar sco
- [Solar Panels Charlestown 2290 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/newcastle/charlestown/) — Charlestown 2290 earns a B+ solar suitability grade. Solar panels in Charlestown 2290 cost $4,000–$6
- [Solar Panels Hamilton 2303 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/newcastle/hamilton/) — Hamilton 2303 earns a B+ solar suitability grade. $4,000–$6,000 after rebates, saving $1,500/yr. Ham
- [Solar Panels Maitland 2320 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/newcastle/maitland/) — Maitland 2320 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 82/100 solar sco
- [Solar Panels Merewether 2291 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/newcastle/merewether/) — Merewether 2291 earns a B+ solar suitability grade. A 6.6kW system costs $3,900&#x2013;$5,900 after 
- [Solar Panels Raymond Terrace 2324 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/newcastle/raymond-terrace/) — Raymond Terrace 2324 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 79/100 so
- [Solar Panels Wallsend 2287 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/newcastle/wallsend/) — Wallsend 2287 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 77/100 solar sco
- [Solar Panels Warners Bay 2282 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/newcastle/warners-bay/) — Warners Bay 2282 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 79/100 solar 
- [Solar Panels Dee Why 2099 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/northern-beaches/dee-why/) — Dee Why 2099 earns a B+ solar suitability grade. Solar panels in Dee Why 2099 cost $4,200–$6,500 for
- [Solar Panels Manly 2095 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/northern-beaches/manly/) — Manly 2095 earns a B solar suitability grade. Solar panels in Manly 2095 cost $4,200–$6,500 for 6.6k
- [Solar Panels Orange 2800 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/orange/orange-suburb/) — Orange 2800 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 77/100 solar score
- [Solar Panels Penrith 2750 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/penrith/penrith/) — Penrith 2750 earns a A- solar suitability grade. Solar panels in Penrith 2750 cost $3,900–$5,800 for
- [Solar Panels Alkimos 6038 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/alkimos/) — Alkimos 6038 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 solar scor
- [Solar Panels Applecross 6153 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/perth/applecross/) — Applecross 6153 earns a B+ solar grade. 6.6kW system costs $3344–$4484 after rebates. 79/100 solar s
- [Solar Panels Armadale 6112 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/armadale/) — Armadale 6112 earns a A- solar suitability grade. $3,200–$4,900 after rebates, saving $1,600/yr. Arm
- [Solar Panels Armadale 6112 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/armadale-suburb/) — Armadale 6112 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar sco
- [Solar Panels Bayswater 6053 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/perth/bayswater/) — Bayswater 6053 earns a B+ solar suitability grade. $3,400–$5,200 after rebates, saving $1,500/yr. Ba
- [Solar Panels Belmont 6104 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/perth/belmont/) — Belmont 6104 earns a B+ solar suitability grade. $3,300–$5,100 after rebates, saving $1,550/yr. Belm
- [Solar Panels Byford 6122 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/byford/) — Byford 6122 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 solar score
- [Solar Panels Canning Vale 6155 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/canning-vale/) — Canning Vale 6155 earns a A- solar suitability grade. Solar panels in Canning Vale 6155 cost $3,800–
- [Solar Panels Cannington 6107 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/cannington/) — Cannington 6107 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 solar s
- [Solar Panels Cottesloe 6011 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/perth/cottesloe/) — Cottesloe 6011 earns a B+ solar suitability grade. $3,400–$5,200 after rebates, saving $1,500/yr. Co
- [Solar Panels Ellenbrook 6069 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/ellenbrook/) — Ellenbrook 6069 earns a A- solar suitability grade. Solar panels in Ellenbrook 6069 cost $3,800–$5,8
- [Solar Panels Forrestfield 6058 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/forrestfield/) — Forrestfield 6058 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 82/100 solar
- [Solar Panels Fremantle 6160 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/perth/fremantle/) — Fremantle 6160 earns a B+ solar suitability grade. Solar panels in Fremantle 6160 cost $3,800–$5,800
- [Solar Panels Gosnells 6110 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/gosnells/) — Gosnells 6110 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar sco
- [Solar Panels Joondalup 6027 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/joondalup/) — Joondalup 6027 earns a A- solar suitability grade. Solar panels in Joondalup 6027 cost $3,800–$5,800
- [Solar Panels Kalamunda 6076 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/kalamunda/) — Kalamunda 6076 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar sc
- [Solar Panels Leederville 6007 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/perth/leederville/) — Leederville 6007 earns a B+ solar grade. 6.6kW system costs $3344–$4484 after rebates. 76/100 solar 
- [Solar Panels Mandurah 6210 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/mandurah/) — Mandurah 6210 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 85/100 solar sco
- [Solar Panels Midland 6056 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/midland/) — Midland 6056 earns a A- solar suitability grade. $3,300–$5,000 after rebates, saving $1,550/yr. Midl
- [Solar Panels Morley 6062 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/morley/) — Morley 6062 earns a A- solar suitability grade. Solar panels in Morley 6062 cost $3,800–$5,800 for 6
- [Solar Panels Mount Lawley 6050 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/perth/mount-lawley/) — Mount Lawley 6050 earns a B+ solar grade. 6.6kW system costs $3344–$4484 after rebates. 77/100 solar
- [Solar Panels Nedlands 6009 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/perth/nedlands/) — Nedlands 6009 earns a B+ solar suitability grade. A 6.6kW system costs $3,300&#x2013;$5,100 after re
- [Solar Panels Osborne Park 6017 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/osborne-park/) — Osborne Park 6017 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 82/100 solar
- [Solar Panels Quinns Rocks 6030 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/quinns-rocks/) — Quinns Rocks 6030 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 82/100 solar
- [Solar Panels Rockingham 6168 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/rockingham/) — Rockingham 6168 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 solar s
- [Solar Panels Scarborough 6019 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/perth/scarborough/) — Solar panels in Scarborough 6019 cost $3,800–$5,800 for 6.6kW after rebates. 1960s–1980s homes with 
- [Solar Panels Secret Harbour 6173 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/secret-harbour/) — Secret Harbour 6173 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 85/100 sol
- [Solar Panels Stirling 6021 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/stirling/) — Stirling 6021 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 83/100 solar sco
- [Solar Panels Subiaco 6008 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/perth/subiaco/) — Subiaco 6008 earns a B+ solar suitability grade. Solar panels in Subiaco 6008 cost $3,800–$5,800 for
- [Solar Panels Thornlie 6108 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/thornlie/) — Thornlie 6108 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 82/100 solar sco
- [Solar Panels Victoria Park 6100 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/victoria-park/) — Victoria Park 6100 earns a A- solar suitability grade. A 6.6kW system costs $3,200&#x2013;$5,000 aft
- [Solar Panels Warnbro 6169 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/perth/warnbro/) — Warnbro 6169 earns a A- solar grade. 6.6kW system costs $3344–$4484 after rebates. 84/100 solar scor
- [Solar Panels Port Macquarie 2444 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/port-macquarie/port-macquarie-suburb/) — Port Macquarie 2444 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 84/100 sol
- [Solar Panels Frenchville 4701 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/rockhampton/frenchville/) — Frenchville 4701 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 89/100 solar s
- [Solar Panels Baldivis 6171 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/rockingham/baldivis/) — Baldivis 6171 earns a A solar suitability grade. Solar panels in Baldivis 6171 cost $3,700–$5,600 fo
- [Solar Panels Shepparton 3630 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/shepparton/shepparton-suburb/) — Shepparton 3630 earns a A- solar grade. 6.6kW system costs $3696–$4956 after rebates. 82/100 solar s
- [Solar Panels Buderim 4556 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/sunshine-coast/buderim/) — Buderim 4556 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 91/100 solar score
- [Solar Panels Caloundra 4551 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/sunshine-coast/caloundra/) — Caloundra 4551 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 89/100 solar sco
- [Solar Panels Glass House Mountains 4518 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/sunshine-coast/glass-house-mountains/) — Glass House Mountains 4518 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 90/1
- [Solar Panels Kawana Waters 4575 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/sunshine-coast/kawana-waters/) — Kawana Waters 4575 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 91/100 solar
- [Solar Panels Maroochydore 4558 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/sunshine-coast/maroochydore/) — Maroochydore 4558 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 90/100 solar 
- [Solar Panels Mooloolaba 4557 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/sunshine-coast/mooloolaba/) — Mooloolaba 4557 earns a A solar suitability grade. Solar panels in Mooloolaba 4557 cost $3,800–$5,80
- [Solar Panels Noosa Heads 4567 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/sunshine-coast/noosa-heads/) — Noosa Heads 4567 earns a A solar suitability grade. A 6.6kW system costs $3,400&#x2013;$5,200 after 
- [Solar Panels Cronulla 2230 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sutherland-shire/cronulla/) — Cronulla 2230 earns a B+ solar suitability grade. Solar panels in Cronulla 2230 cost $4,100–$6,300 f
- [Solar Panels Ashfield 2131 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/ashfield/) — Ashfield 2131 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 75/100 solar sco
- [Solar Panels Auburn 2144 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/auburn/) — Auburn 2144 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 78/100 solar score
- [Solar Panels Balmain 2041 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/balmain/) — Balmain 2041 earns a B+ solar suitability grade. Solar panels in Balmain 2041 cost $4,200–$6,500 for
- [Solar Panels Bankstown 2200 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/bankstown/) — Bankstown 2200 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 81/100 solar sc
- [Solar Panels Baulkham Hills 2153 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/baulkham-hills/) — Baulkham Hills 2153 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 83/100 sol
- [Solar Panels Blacktown 2148 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/blacktown/) — Blacktown 2148 earns a A- solar suitability grade. $3,900–$5,900 after rebates, saving $1,650/yr. Bl
- [Solar Panels Bondi 2026 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/bondi/) — Bondi 2026 earns a B+ solar suitability grade. Solar panels in Bondi 2026 cost $4,200–$6,500 for 6.6
- [Solar Panels Burwood 2134 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/burwood/) — Burwood 2134 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 77/100 solar scor
- [Solar Panels Cabramatta 2166 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/cabramatta/) — Cabramatta 2166 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 81/100 solar s
- [Solar Panels Campsie 2194 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/campsie/) — Campsie 2194 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 77/100 solar scor
- [Solar Panels Caringbah 2229 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/caringbah/) — Caringbah 2229 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 80/100 solar sc
- [Solar Panels Castle Hill 2154 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/castle-hill/) — Castle Hill 2154 earns a A- solar suitability grade. Solar panels in Castle Hill 2154 cost $4,200–$6
- [Solar Panels Chatswood 2067 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/chatswood/) — Chatswood 2067 earns a B+ solar suitability grade. Solar panels in Chatswood 2067 cost $4,200–$6,500
- [Solar Panels Concord 2137 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/concord/) — Concord 2137 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 77/100 solar scor
- [Solar Panels Cronulla 2230 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/cronulla/) — Cronulla 2230 earns a B+ solar suitability grade. $4,200–$6,300 after rebates, saving $1,550/yr. Cro
- [Solar Panels Dee Why 2099 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/dee-why/) — Dee Why 2099 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 74/100 solar scor
- [Solar Panels Dee Why 2099 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/dee-why-beach/) — Dee Why 2099 earns a B+ solar suitability grade. $4,200–$6,500 after rebates, saving $1,550/yr. Dee 
- [Solar Panels Drummoyne 2047 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/drummoyne/) — Drummoyne 2047 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 77/100 solar sc
- [Solar Panels Dulwich Hill 2203 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/dulwich-hill/) — Dulwich Hill 2203 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 76/100 solar
- [Solar Panels Epping 2121 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/epping/) — Epping 2121 earns a A- solar suitability grade. Solar panels in Epping 2121 cost $4,200–$6,500 for 6
- [Solar Panels Fairfield 2165 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/fairfield/) — Fairfield 2165 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 82/100 solar sc
- [Solar Panels Glebe 2037 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/glebe/) — Glebe 2037 earns a B+ solar suitability grade. A 6.6kW system costs $4,200&#x2013;$6,300 after rebat
- [Solar Panels Gordon 2072 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/gordon/) — Gordon 2072 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 80/100 solar score
- [Solar Panels Granville 2142 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/granville/) — Granville 2142 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 78/100 solar sc
- [Solar Panels Gymea 2227 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/gymea/) — Gymea 2227 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 81/100 solar score,
- [Solar Panels Hornsby 2077 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/hornsby/) — Hornsby 2077 earns a B+ solar suitability grade. Solar panels in Hornsby 2077 cost $4,200–$6,500 for
- [Solar Panels Hurstville 2220 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/hurstville/) — Hurstville 2220 earns a B+ solar suitability grade. Solar panels in Hurstville 2220 cost $4,200–$6,5
- [Solar Panels Kellyville 2155 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/kellyville/) — Kellyville 2155 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 82/100 solar s
- [Solar Panels Kingsford 2032 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/kingsford/) — Kingsford 2032 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 74/100 solar sc
- [Solar Panels Kogarah 2217 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/kogarah/) — Kogarah 2217 earns a B solar suitability grade. $4,200–$6,400 after rebates, saving $1,500/yr. Kogar
- [Solar Panels Lane Cove 2066 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/lane-cove/) — Lane Cove 2066 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 76/100 solar sc
- [Solar Panels Leichhardt 2040 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/leichhardt/) — Leichhardt 2040 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 74/100 solar s
- [Solar Panels Liverpool 2170 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/liverpool/) — Liverpool 2170 earns a A- solar suitability grade. $3,900–$5,800 after rebates, saving $1,600/yr. Li
- [Solar Panels Liverpool 2170 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/liverpool-nsw/) — Liverpool 2170 earns a A- solar suitability grade. Solar panels in Liverpool 2170 cost $4,200–$6,500
- [Solar Panels Liverpool 2170 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/liverpool-south/) — Liverpool 2170 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 82/100 solar sc
- [Solar Panels Manly 2095 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/manly/) — Manly 2095 earns a B solar suitability grade. $4,200–$6,500 after rebates, saving $1,550/yr. Manly's
- [Solar Panels Marrickville 2204 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/marrickville/) — Marrickville 2204 earns a B+ solar suitability grade. Solar panels in Marrickville 2204 cost $4,200–
- [Solar Panels Miranda 2228 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/miranda/) — Miranda 2228 earns a B+ solar suitability grade. $4,200–$6,300 after rebates, saving $1,550/yr. Mira
- [Solar Panels Mosman 2088 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/mosman/) — Mosman 2088 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 75/100 solar score
- [Solar Panels Newtown 2042 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/newtown/) — Newtown 2042 earns a B solar suitability grade. Solar panels in Newtown 2042 cost $4,200–$6,500 for 
- [Solar Panels North Sydney 2060 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/north-sydney/) — North Sydney 2060 earns a B solar suitability grade. Solar panels in North Sydney 2060 cost $4,200–$
- [Solar Panels Paddington 2021 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/paddington/) — Paddington 2021 earns a B+ solar suitability grade. A 6.6kW system costs $4,200&#x2013;$6,500 after 
- [Solar Panels Parramatta 2150 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/parramatta/) — Parramatta 2150 earns a A- solar suitability grade. Solar panels in Parramatta 2150 cost $4,200–$6,5
- [Solar Panels Pendle Hill 2145 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/pendle-hill/) — Pendle Hill 2145 earns a A- solar suitability grade. $4,000–$6,000 after rebates, saving $1,600/yr. 
- [Solar Panels Penrith 2750 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/penrith-suburb/) — Penrith 2750 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 82/100 solar scor
- [Solar Panels Randwick 2031 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/randwick/) — Randwick 2031 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 76/100 solar sco
- [Solar Panels Redfern 2016 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/redfern/) — Redfern 2016 earns a B solar grade. 6.6kW system costs $4224–$5664 after rebates. 68/100 solar score
- [Solar Panels Rooty Hill 2766 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/rooty-hill/) — Rooty Hill 2766 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 80/100 solar s
- [Solar Panels Rouse Hill 2155 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/rouse-hill/) — Rouse Hill 2155 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 83/100 solar s
- [Solar Panels Ryde 2112 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/ryde/) — Ryde 2112 earns a B+ solar suitability grade. Solar panels in Ryde 2112 cost $4,200–$6,500 for 6.6kW
- [Solar Panels Seven Hills 2147 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/seven-hills/) — Seven Hills 2147 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 81/100 solar 
- [Solar Panels St Ives 2075 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/st-ives/) — St Ives 2075 earns a A- solar suitability grade. $4,200–$6,500 after rebates, saving $1,600/yr. St I
- [Solar Panels Strathfield 2135 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/strathfield/) — Strathfield 2135 earns a B+ solar suitability grade. Solar panels in Strathfield 2135 cost $4,200–$6
- [Solar Panels Summer Hill 2130 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/summer-hill/) — Summer Hill 2130 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 75/100 solar 
- [Solar Panels Surry Hills 2010 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/surry-hills/) — Surry Hills 2010 earns a B+ solar suitability grade. A 6.6kW system costs $4,200&#x2013;$6,500 after
- [Solar Panels Sutherland 2232 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/sutherland/) — Sutherland 2232 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 82/100 solar s
- [Solar Panels Waterloo 2017 — Average Solar (B) | SolarScorecard](https://solarscorecard.com.au/solar/sydney/waterloo/) — Waterloo 2017 earns a B solar grade. 6.6kW system costs $4224–$5664 after rebates. 66/100 solar scor
- [Solar Panels Tamworth 2340 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/tamworth/tamworth-west/) — Tamworth 2340 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 79/100 solar sco
- [Solar Panels Rangeville 4350 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/toowoomba/rangeville/) — Rangeville 4350 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 88/100 solar sc
- [Solar Panels South Toowoomba 4350 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/toowoomba/south-toowoomba/) — South Toowoomba 4350 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 88/100 sol
- [Solar Panels Aitkenvale 4814 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/townsville/aitkenvale/) — Aitkenvale 4814 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 91/100 solar sc
- [Solar Panels Hyde Park 4812 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/townsville/hyde-park/) — Hyde Park 4812 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 90/100 solar sco
- [Solar Panels Kirwan 4817 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/townsville/kirwan/) — Kirwan 4817 earns a A solar suitability grade. Solar panels in Kirwan 4817 cost $4,000–$6,200 for 6.
- [Solar Panels Mount Louisa 4814 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/townsville/mount-louisa/) — Mount Louisa 4814 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 91/100 solar 
- [Solar Panels Thuringowa 4817 — Excellent Solar (A) | SolarScorecard](https://solarscorecard.com.au/solar/townsville/thuringowa/) — Thuringowa 4817 earns a A solar grade. 6.6kW system costs $3344–$4484 after rebates. 90/100 solar sc
- [Solar Panels Mount Austin 2650 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/wagga-wagga/mount-austin/) — Mount Austin 2650 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 78/100 solar
- [Solar Panels Albion Park 2527 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/wollongong/albion-park/) — Albion Park 2527 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 80/100 solar 
- [Solar Panels Corrimal 2518 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/wollongong/corrimal/) — Corrimal 2518 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 78/100 solar sco
- [Solar Panels Dapto 2530 — Very Good Solar (A-) | SolarScorecard](https://solarscorecard.com.au/solar/wollongong/dapto/) — Dapto 2530 earns a A- solar grade. 6.6kW system costs $4224–$5664 after rebates. 80/100 solar score,
- [Solar Panels Figtree 2525 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/wollongong/figtree/) — Figtree 2525 earns a B+ solar suitability grade. Solar panels in Figtree 2525 cost $3,900–$6,000 for
- [Solar Panels Thirroul 2515 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/wollongong/thirroul/) — Thirroul 2515 earns a B+ solar suitability grade. A 6.6kW system costs $4,000&#x2013;$6,000 after re
- [Solar Panels Wollongong 2500 — Good Solar (B+) | SolarScorecard](https://solarscorecard.com.au/solar/wollongong/wollongong-cbd/) — Wollongong 2500 earns a B+ solar grade. 6.6kW system costs $4224–$5664 after rebates. 75/100 solar s

# Blog posts (full content)

Plain-text bodies of all blog posts on solarscorecard.com.au, structured for LLM ingestion. Headings preserved. Original HTML/CSS/SVG stripped.

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# Battery Rebates Australia 2026: The Complete Federal + State Stack Guide

URL: https://solarscorecard.com.au/blog/battery-rebates-australia-2026/
Published: 2026-04-25
Summary: Federal Cheaper Home Batteries Program + every state rebate explained. May 1 2026 STC changes, eligibility, real $ savings by state, how to stack incentives. Updated April 2026.

If you're researching battery rebates right now, you've picked a confusing moment. The federal program changes on 1 May 2026 — only days away — and most state programs you'll read about online have already closed and been replaced with smaller VPP-linked incentives. The "battery rebate" landscape in 2026 is half what it was in 2024, but the federal program is bigger than ever.

This guide is current as of April 2026. It covers exactly what's available federally, exactly what's still active in each state, and exactly what's about to change — with worked dollar examples for each major battery size and the four largest cities. If a program has closed, we say so directly rather than burying it. If you're trying to decide whether to install before or after 1 May, the maths is at the bottom of section 1.

TL;DR April 2026

- Federal Cheaper Home Batteries Program is the only universal rebate. ~$311/kWh until 30 April; ~$252/kWh for the first 14 kWh after 1 May, with sharp tapering above 14 kWh.

- NSW stacks: federal + PDRS VPP incentive (typically $720–$1,500 net after admin costs).

- VIC, QLD, SA, TAS, NT: federal only — state programs have closed.

- WA: federal + Synergy Home Battery Scheme (~$1,300 for VPP-connected systems).

- ACT: federal + Sustainable Household Scheme interest-free loan (up to $15,000).

- Sweet spot for May 1 timing: batteries above 14 kWh — install before to lock in higher rebate.

## The 1 May 2026 Battery Rebate Cliff: What's Actually Changing

Two things change on 1 May 2026, both affecting the federal Cheaper Home Batteries Program. They compound, which is what makes this change material rather than marginal.

### Change 1: STC factor drops from 8.4 to 6.8

The "STC factor" is how many Small-scale Technology Certificates you generate per kWh of usable battery capacity. From January through April 2026 the factor is 8.4 STCs/kWh. From 1 May 2026 it becomes 6.8 STCs/kWh — about a 19% reduction. Multiplied by the prevailing STC price (around $37 after admin costs), that's the difference between roughly $311/kWh and $252/kWh.

From May 2026 onward the factor will reduce every six months (January and July) instead of annually, reflecting the government's view that battery hardware costs are falling faster than the original rebate schedule anticipated.

### Change 2: Tapered tiers replace the flat per-kWh rate

This is the structural change. Before 1 May, every eligible kWh up to 50 kWh receives the same STC factor. After 1 May, the STC factor is applied at:

- 0–14 kWh — 100% of the STC factor (full support)

- 14–28 kWh — 60% of the STC factor (reduced support)

- 28–50 kWh — 15% of the STC factor (minimal support)

- Above 50 kWh — no rebate (unchanged)

The intent is to keep the discount around 25–30% across "right-sized" household batteries (most of which fall in the 0–14 kWh band) while preventing oversized installs from consuming a disproportionate share of program funding.

### What that costs you: worked examples for popular battery sizes

Using the current STC factor (8.4) versus the post-May factor (6.8) and an STC price of $37, here's the dollar impact on the same battery installed before vs after 1 May.

Battery
Capacity
Before 1 May
After 1 May
Difference

10 kWh battery | 10 kWh | ~$3,108 | ~$2,516 | −$592 | 

Tesla Powerwall 3 | 13.5 kWh | ~$4,196 | ~$3,397 | −$799 | 

Powerwall 3 + 1 expansion | 27 kWh | ~$8,392 | ~$5,484 | −$2,908 | 

Powerwall 3 + 2 expansions | 40.5 kWh | ~$12,587 | ~$6,221 | −$6,366 | 

Maximum-eligible system | 50 kWh | ~$15,540 | ~$6,725 | −$8,815 | 

Two clear conclusions from the maths:

- For typical household batteries (10–14 kWh), the difference is meaningful but not life-changing — around $600–$800 less rebate after May 1.

- For larger systems (above 14 kWh), the gap widens fast. A 27 kWh stack loses ~$2,900. A 40 kWh stack loses ~$6,400. If you were planning a large battery, the May 1 deadline is genuinely material.

One nuance: the rebate is locked in by the installation date, not the contract date. The Clean Energy Regulator has explicitly warned retailers that they cannot promise pre-May installations they can't actually deliver. If your installer is fully booked through April, your "April quote" is moot — what matters is when the certificate of electrical compliance is signed.

[diagram]
Federal CHBP rebate by battery capacity. Calculated at STC price $37 after admin costs. Tapered tiers post-May: 100% / 60% / 15% across 0–14 / 14–28 / 28–50 kWh.

## Federal Cheaper Home Batteries Program: How It Works in 2026

The Cheaper Home Batteries Program (CHBP) launched on 1 July 2025 as an expansion of the existing Small-scale Renewable Energy Scheme (SRES) — the same scheme that has provided the rooftop solar STC discount for 15+ years. It's administered by the Clean Energy Regulator (CER) and operates Australia-wide.

Key things to understand:

- It's not a cash payment. The discount appears as a line item on your installer's quote. You pay the post-rebate price; the installer creates STCs and sells them to liable entities (mostly large electricity retailers).

- You don't apply. No paperwork on your end. Your installer must be Solar Accreditation Australia (SAA) accredited and is responsible for creating the STCs in the REC Registry.

- It runs until 2030 with $7.2 billion in funding (expanded from the original $2.3 billion announcement). It will not "run out" early at current funding levels.

- It applies to batteries from 5 kWh up to 100 kWh of usable capacity, but STCs are only generated on the first 50 kWh — the cap above which there's no further discount.

- Battery must be on the CEC approved product list. Older batteries that have lost CEC approval (notably some Powerwall 2 units) aren't eligible regardless of installer accreditation.

### How the discount is calculated

The basic formula:

Discount = Usable kWh × STC factor × STC price admin costs

For a 13.5 kWh Tesla Powerwall 3 installed in April 2026: 13.5 × 8.4 × $37 ≈ $4,196 off the upfront price. The installer handles all the certificate creation; you see the discount applied to your quote.

STC prices fluctuate with market supply and demand. The prevailing price has hovered between $36 and $40 through 2025–2026 with administrative costs typically reducing the net value by around 10%. That's the source of the "around $311 per usable kWh" figure you'll see quoted before May.

### Where the rebate appears on your quote

A compliant quote should show three line items: the gross battery + installation cost, the STC discount as a clearly labelled deduction, and the net price you actually pay. If your quote bundles everything into a single "after-rebate price" without showing the discount, ask the installer to itemise it. The CER has specifically warned consumers about quotes that lack rebate transparency.

For full state-level rebate eligibility detail and how the federal program interacts with state programs, see the national solar rebates guide.

## Federal Rebate Eligibility: Who Qualifies

The federal CHBP is intentionally broad — there's no income test, no concession card requirement, and no state restriction. But there are technical eligibility rules that disqualify systems if they're not met. The most important ones:

### Battery requirements

- Minimum 5 kWh usable capacity. Batteries below this aren't eligible (rules out very small backup-only systems).

- Maximum 100 kWh usable capacity for the system, but STCs are only generated on the first 50 kWh.

- Must be on the CEC approved product list. All major brands listed in our Australian battery guide qualify — Tesla Powerwall 3, BYD Battery-Box, Sungrow SBR, Enphase IQ Battery, AlphaESS, GoodWe Lynx Home, and most other major brands.

- VPP-capable if connected to the grid. Actual VPP enrolment is optional, but the battery's hardware/firmware must support it. This rules out some older or grey-import models.

### Installation requirements

- Installer must be SAA-accredited. Solar Accreditation Australia took over from the Clean Energy Council's accreditation scheme in 2024. Always verify the installer's current SAA status, not historical CEC accreditation.

- Photo evidence requirements tightened from 1 March 2026: installers must provide geotagged, time-stamped photos showing serial numbers, compliant labelling, and installer presence through all three install phases.

- Battery must be paired with solar PV — either new or existing. Battery-only retrofits without any solar are not eligible.

- System must be appropriately sized. The CER explicitly warns against oversized batteries. The pre-May incentive structure encouraged some installers to push 40–50 kWh systems on households that couldn't fully cycle them; the post-May tapering is partly designed to discourage this.

### Property requirements

- One claim per property. If a battery has previously been STC-claimed at the address, additional batteries at the same property aren't eligible.

- No income test, no household type restriction. Owner-occupiers, landlords, businesses, and community organisations all qualify.

- Off-grid is eligible for the federal program but not for VPP-linked state incentives like NSW PDRS (which require grid connection by definition).

## State-by-State Battery Rebate Status (April 2026)

This is where most published guides go wrong. Several state programs have closed in the last 12 months and been replaced (where anything was) with smaller VPP-linked incentives. Here's what's actually current.

### New South Wales

Active: PDRS VPP incentive (BESS2). Closed: BESS1 upfront battery rebate (closed 30 June 2025), Empowering Homes interest-free loan (closed 30 June 2025).

The NSW Peak Demand Reduction Scheme (PDRS) originally had two parts: an upfront battery installation discount (BESS1) and a VPP connection incentive (BESS2). When the federal CHBP launched, the upfront BESS1 was retired to avoid double-dipping on installation discounts. BESS2 was substantially increased to compensate.

Under the current BESS2 structure, batteries connected to a VPP through an Accredited Certificate Provider generate Peak Reduction Certificates (PRCs). Net payments to households as of early 2026 are typically $36–$60 per kWh, capped at the first 28 kWh of usable capacity. After admin fees (often 30–40% of gross), that translates to roughly $720–$1,500 net for a 13–20 kWh battery — meaningfully less than retailer-advertised "up to" figures suggest.

Stacks cleanly with federal CHBP. For full eligibility detail and VPP provider list, see the NSW solar rebate guide.

### Victoria

Active: Federal CHBP only. Closed: Solar Homes Battery Rebate (closed late 2024), Solar Homes Battery Loan (closed).

Victoria's Solar Homes program was once the most generous state-level battery rebate in Australia, providing up to $4,174 in rebate plus an interest-free loan. The rebate component closed in late 2024 as state government priorities shifted toward the federal program. The interest-free loan also closed.

This often surprises Victorian readers because outdated guides still cite Solar Homes figures. As of April 2026, Victorian households can only access the federal CHBP. No state-level battery incentive currently exists. For Victorian solar context including the broader rebate environment, see the Victoria rebate guide.

### Queensland

Active: Federal CHBP only. Closed: Battery Booster (means-tested rebate up to $4,000, closed when funding allocation exhausted).

Queensland's Battery Booster program ran briefly with means-tested eligibility but reached its allocated funding cap and was not renewed when the federal program launched. Queensland households now access the federal CHBP only — but with five major cost cities (Brisbane, Gold Coast, Sunshine Coast, Townsville, Toowoomba) and high solar fundamentals, the federal rebate alone makes batteries economical for most QLD households.

See the QLD rebate guide for full state-level context.

### South Australia

Active: Federal CHBP only. Closed: Home Battery Scheme (closed 2022). Replaced by: emPowering SA community battery program (different model — not a household rebate).

South Australia's Home Battery Scheme was the earliest and one of the most successful state battery programs, providing up to $6,000 off battery installations between 2018 and 2022. It closed in 2022. The state government's current emPowering SA program funds large community batteries rather than household-level rebates, so it's not a substitute for the closed HBS.

SA homeowners now access the federal CHBP only. See the SA rebate guide for Adelaide-specific context.

### Western Australia

Active: Federal CHBP + Synergy Home Battery Scheme.

WA is one of three states (with NSW and ACT) that still has an active state-level battery program in 2026. The Synergy Home Battery Scheme provides up to $1,300 for residential customers in the South West Interconnected System (SWIS) who connect their battery to an approved VPP. It stacks with the federal CHBP.

The total stacked saving for a typical 13.5 kWh battery in Perth: ~$4,196 federal + ~$1,300 Synergy = ~$5,500 off the upfront price if installed before 1 May. After 1 May, the federal portion drops to ~$3,397, total ~$4,700.

See the WA rebate guide for Synergy eligibility detail.

### Australian Capital Territory

Active: Federal CHBP + Sustainable Household Scheme (SHS).

The ACT's Sustainable Household Scheme is structured differently from other state rebates — it's an interest-free loan up to $15,000 rather than a direct rebate. Eligible Canberra households can borrow up to $15,000 across solar, batteries, EV charging, hot-water systems, and induction cooktops at 0% interest with terms up to 10 years.

For battery purchases specifically, the loan effectively eliminates the cashflow barrier without reducing the sticker price. Combined with the federal CHBP, an ACT household installing a 13.5 kWh battery in April 2026 pays roughly $9,500 net (after $4,196 federal rebate), then potentially finances that $9,500 at 0% interest over 8–10 years through the SHS.

See the ACT rebate guide for SHS eligibility.

### Tasmania & Northern Territory

Both states/territories have federal CHBP only. Tasmania has never had a dedicated state battery rebate. The Northern Territory's home battery grant program reached its funding cap and is closed for new applications.

Tasmanian and NT households access the same federal rebate as everyone else. See TAS rebate guide and NT rebate guide for state-specific context.

## How to Stack Federal + State Rebates: Worked Examples by City

For households in NSW, WA, and the ACT — the only states with active stacking opportunities in 2026 — here's what the maths actually looks like for a typical 13.5 kWh battery (Tesla Powerwall 3 size class) installed before 1 May.

City & State
Federal CHBP
State portion
Total saving

Sydney (NSW) | ~$4,196 | ~$1,000 PDRS VPP | ~$5,196 | 

Newcastle (NSW) | ~$4,196 | ~$1,000 PDRS VPP | ~$5,196 | 

Melbourne (VIC) | ~$4,196 | $0 | ~$4,196 | 

Brisbane (QLD) | ~$4,196 | $0 | ~$4,196 | 

Adelaide (SA) | ~$4,196 | $0 | ~$4,196 | 

Perth (WA) | ~$4,196 | ~$1,300 Synergy | ~$5,496 | 

Hobart (TAS) | ~$4,196 | $0 | ~$4,196 | 

Canberra (ACT) | ~$4,196 | SHS interest-free loan | ~$4,196 + 0% finance | 

Darwin (NT) | ~$4,196 | $0 | ~$4,196 | 

Key observations:

- NSW and WA are the only states with meaningful additional cash savings beyond the federal program. The stack delivers ~$5,200–$5,500 against ~$4,200 in other states — about 25% more.

- The ACT's SHS isn't a rebate in the same sense, but the 0% finance materially changes the cashflow profile of a battery purchase. For households without the cash on hand, it's arguably more useful than a $1,000 cash rebate.

- Five states/territories (VIC, QLD, SA, TAS, NT) have only the federal program. Don't be misled by older guides citing closed state programs — verify against the current state government website.

For city-specific installed pricing context (which determines the all-in net cost after rebates), see the location-matched guides: Sydney solar pricing, Melbourne pricing, Brisbane pricing, Perth pricing, and Adelaide pricing.

## Best Battery Brands Through the Rebate Lens

The federal rebate is brand-agnostic — it pays per usable kWh, not per brand. But brand choice still matters for the post-rebate price you actually see, because not all batteries are priced equally before the discount is applied. Here's how the major brands compare under the current rebate structure.

### Tesla Powerwall 3 — 13.5 kWh integrated system

Powerwall 3 includes its own hybrid inverter, eliminating the need for a separate inverter purchase if you're installing solar at the same time. Pre-rebate installed pricing typically lands around $13,500–$14,500. After the April 2026 federal rebate (~$4,196), expect $9,300–$10,300 net. After May 1, that becomes ~$10,100–$11,100.

### BYD Battery-Box Premium HVM/HVS — 5.1 to 22.1 kWh modular

Modular system that pairs with most third-party hybrid inverters (commonly Sungrow SH or GoodWe ET). At 10.24 kWh stacked with a Sungrow inverter, expect ~$11,500–$13,500 pre-rebate, ~$8,400–$10,400 after April rebate. Strong value-tier choice; the modularity also means you can size precisely to the 14 kWh sweet spot post-May.

### Sungrow SBR — 9.6 to 25.6 kWh modular

Sungrow's batteries pair natively with Sungrow SH hybrid inverters for a single-vendor stack. At 12.8 kWh with the SH10RT, expect ~$10,500–$12,500 pre-rebate. Strong brand for households that want one supplier handling both battery and inverter warranty claims. Pairs well with the Sungrow inverter range.

### Enphase IQ Battery 5P/10 — 5 to 10 kWh AC-coupled

Different architecture: Enphase batteries are AC-coupled, meaning they retrofit cleanly to almost any existing solar system without replacing the inverter. The 10 kWh option lands around $13,000–$15,000 pre-rebate, $10,000–$12,000 after April rebate. Higher per-kWh cost than DC-coupled options, but zero re-engineering risk for retrofit scenarios. Best paired with Enphase IQ8 microinverters on new installs.

### AlphaESS SMILE-G3 / SMILE-Hi5 — integrated battery + inverter

AlphaESS' all-in-one designs include the hybrid inverter in the battery cabinet, reducing wall space and integration complexity. SMILE-Hi5 10 kWh + 5 kW inverter ~$10,500–$12,500 pre-rebate. Particularly strong choice in Western Australia where it stacks with the Synergy rebate.

### GoodWe Lynx Home F — 5.4 to 16.2 kWh modular

Pairs natively with GoodWe ET hybrid inverters for a single-vendor stack at the budget end of the market. 10.8 kWh + ET inverter ~$9,500–$11,500 pre-rebate. Strong choice when matched with existing GoodWe solar systems.

### Sizing strategy under the May 1 tapered tiers

For most households the right answer is a battery in the 10–14 kWh range. That captures the full federal rebate at 100% of the STC factor while matching typical Australian household consumption (a 4-person home on a quarterly bill of $400–$500 typically cycles 9–13 kWh/day). Going above 14 kWh post-May is still possible but each additional kWh comes with reduced rebate, changing the value calculation significantly.

## Common Mistakes That Cost You the Rebate

The federal program is administratively simple but has hard eligibility rules. The mistakes below disqualify systems from STC creation entirely — meaning the homeowner pays full price.

- Installing a battery not on the CEC approved product list. Always verify the specific model number against the CEC list before signing. Some older Powerwall 2 units have been removed from the list. Grey-import or US-spec units never qualify.

- Using an installer who isn't SAA-accredited. The accreditation moved from CEC to SAA in 2024. An installer's historical CEC accreditation doesn't carry forward — they need current SAA status. Ask for the installer's SAA number and verify it.

- Going off-grid for state-level VPP incentives. Off-grid systems are eligible for the federal CHBP but cannot participate in NSW PDRS, WA Synergy, or any other VPP-linked state incentive.

- Oversizing batteries post-May 1. Under the tapered tiers, going from 14 kWh to 28 kWh increases your battery cost significantly while the marginal rebate is only 60% of the base rate. Going from 28 kWh to 50 kWh, the marginal rebate is 15%. Most households see negative ROI on capacity above 18 kWh under the new structure.

- Booking installation around 30 April / 1 May. The rebate factor is locked in by the certificate of electrical compliance date, not the contract date. Weather delays, DNSP connection delays, or installer scheduling issues can push a "April installation" into May, costing 19% of the rebate value. Build in at least a 7-day buffer.

- Claiming on a property with an existing claimed battery. Only one battery STC claim per property. Adding a second battery later doesn't get a second rebate.

- Accepting quotes that don't itemise the rebate. The CER has explicitly warned about quotes bundling everything into a single "after-rebate" price without showing the discount. If your quote lacks a clear STC line item, ask for itemisation or get a different quote.

## Should You Install Before or After 1 May 2026?

Three different decision frames depending on your situation.

### Frame 1: You want a battery 10–14 kWh in size

The difference between April and May install is roughly $600–$800. This is real money but not life-changing. If you can install in April without compromise — fine. If your installer's earliest slot is mid-May, the $600–$800 isn't worth rushing into an installer with availability concerns or a less suitable battery.

Bottom line: install when it's logistically clean. Don't sweat May 1 for typical-sized systems.

### Frame 2: You want a battery 14–28 kWh in size

The difference is meaningful — typically $1,500–$2,900 less rebate after May 1. If your installer can deliver before April 30 with adequate buffer for DNSP connection and weather, prioritise that. The $1,500+ saving compounds with state-level rebates if you're in NSW or WA.

Bottom line: push for pre-May install if logistically possible. Don't compromise battery choice or installer quality just to hit the deadline, but it's worth real effort.

### Frame 3: You want a battery 28+ kWh in size

The difference is substantial — $4,000–$8,800 less rebate after May 1 depending on size. For households genuinely needing this capacity (typically large 3-phase homes, properties with EVs and pools, or small businesses), the maths heavily favours pre-May installation. For households being pushed toward oversized systems by installers gaming the pre-May rebate structure, the right answer might be a smaller battery.

Bottom line: if a 28+ kWh battery genuinely fits your usage profile, install before 1 May or accept the substantially smaller post-May rebate. Don't oversize just to maximise rebate — the post-May tapering is specifically designed to discourage this and your battery may sit half-cycled most days.

### The execution risk to manage

Late April install bookings carry execution risk. If installers are heavily booked through the deadline window, your "guaranteed pre-May install" can slip into May due to:

- DNSP grid connection approval delays (especially in regional NSW and WA)

- Weather delays affecting outdoor electrical work

- Battery shipment delays from supplier

- Inverter or battery defect on day-of requiring replacement

- Installer scheduling cascades from earlier delays

The CER has publicly warned retailers against promising installation dates they can't reliably hit. If your retailer is fully booked through April with tight margins, a "we'll definitely install you on 28 April" promise should be viewed with appropriate skepticism.

## What Batteries Actually Cost After All Rebates

Final all-in pricing depends on battery brand, installer, location, and whether solar is being installed at the same time. Below are realistic ranges for popular battery sizes installed in major cities, after federal rebate (April 2026 rates) and any applicable state stacking.

10 kWh Battery System April 2026

- Sydney (NSW): $7,500–$9,500 net (incl. ~$1,000 PDRS VPP)

- Melbourne (VIC): $8,500–$10,500 net (federal only)

- Brisbane (QLD): $8,000–$10,000 net (federal only)

- Perth (WA): $7,200–$9,200 net (incl. ~$1,300 Synergy)

- Adelaide (SA): $8,500–$10,500 net (federal only)

13.5 kWh (Powerwall 3-Class) April 2026

- Sydney (NSW): $8,300–$10,300 net

- Melbourne (VIC): $9,300–$11,300 net

- Brisbane (QLD): $9,000–$11,000 net

- Perth (WA): $8,000–$10,000 net

- Adelaide (SA): $9,300–$11,300 net

20 kWh System April 2026

- Sydney (NSW): $13,000–$16,000 net

- Melbourne (VIC): $14,000–$17,000 net

- Brisbane (QLD): $13,500–$16,500 net

- Perth (WA): $12,800–$15,800 net

- Adelaide (SA): $14,000–$17,000 net

For solar + battery combined system pricing context, see the national solar pricing guide with city-specific breakdowns.

## How to Claim: The Process from Quote to Install

The federal CHBP is administratively simpler than most people expect. The homeowner doesn't apply to anyone — the installer handles all the paperwork. Your job is to verify the installer is doing it correctly.

### Step 1: Get quotes from SAA-accredited installers

Check the installer's current Solar Accreditation Australia status, not historical CEC accreditation. Ask for their SAA number and verify it directly.

### Step 2: Verify the battery is on the CEC approved list

Ask for the specific battery model and serial-number-eligible variant. Some Powerwall 2 units have been removed from the list; not all BYD or Sungrow variants are CEC approved despite the brand being broadly listed.

### Step 3: Confirm the quote itemises the STC discount

A compliant quote shows: gross price → STC discount line item → net price you pay. If the quote lumps everything into a single "after-rebate price," ask for an itemised version.

### Step 4: Confirm installation date and the rebate factor that applies

Especially if installing close to 1 May 2026, get the installer to confirm in writing which STC factor applies to your system. The rebate amount is locked in by the date the certificate of electrical compliance is signed, not the contract date.

### Step 5: For state-level stacking, enrol with VPP provider

NSW PDRS and WA Synergy require VPP enrolment through an Accredited Certificate Provider (NSW) or Synergy directly (WA). Your installer should facilitate this; ask which VPP provider they recommend and what the ongoing terms look like before committing.

### Step 6: Receive completion documents

After installation, you should receive: certificate of electrical compliance, manufacturer warranty documentation, VPP enrolment confirmation (if applicable), and a final invoice showing the STC discount applied. Keep these for warranty and resale purposes.

## Battery Rebate FAQ

### How much is the federal battery rebate in April 2026?

Approximately $311 per usable kWh based on the current STC factor of 8.4 and an STC price of around $37 after admin costs. For a 13.5 kWh battery (Tesla Powerwall 3 size), that works out to roughly $4,196 off the upfront installed price. The rebate appears as a discount line item on your installer's quote — you don't apply for it directly.

### How much will the rebate be after 1 May 2026?

Two changes apply. The STC factor drops from 8.4 to 6.8 (about $252 per kWh). And tapering kicks in: 100% of the factor for the first 14 kWh, 60% for 14–28 kWh, and 15% for 28–50 kWh. For a 13.5 kWh battery this means about $3,397 — roughly $800 less than April. For a 27 kWh battery the gap widens to ~$2,900. For a 40 kWh battery, ~$6,400.

### Do I need to apply for the rebate myself?

No. The installer handles all paperwork — they create the Small-scale Technology Certificates in the REC Registry and pass the discount to you as a line item on your quote. Your job is to verify the installer is SAA-accredited, the battery is on the CEC approved product list, and the quote itemises the STC discount transparently.

### Can I stack the federal rebate with state programs?

Yes, in NSW (PDRS VPP incentive ~$720–$1,500), WA (Synergy Home Battery Scheme ~$1,300), and the ACT (Sustainable Household Scheme interest-free loan up to $15,000). Other states (VIC, QLD, SA, TAS, NT) have only the federal program available in 2026 — earlier state schemes have closed.

### Is there a state battery rebate in Victoria?

No. The Victorian Solar Homes battery rebate closed in late 2024, and the associated interest-free loan also closed. Victorian households now only access the federal Cheaper Home Batteries Program. Some older guides still cite Solar Homes figures — verify against the current Victorian state government website before relying on rebate amounts.

### What's the maximum battery size eligible for the federal rebate?

STCs can be claimed on the first 50 kWh of usable capacity. Batteries up to 100 kWh are eligible for installation under the program, but capacity above 50 kWh receives no STC discount. After 1 May 2026, the practical limit shifts lower — 28 kWh of capacity captures meaningful rebate; capacity from 28–50 kWh receives only 15% of the STC factor.

### Do I need solar panels to qualify for the battery rebate?

Yes. The battery must be paired with a solar PV system — either new (installed alongside the battery) or existing (with the battery retrofitted). Battery-only installations without any solar panels are not eligible for the federal CHBP.

### Can I get the rebate if I'm off-grid?

Yes for the federal CHBP. Off-grid properties qualify for the federal rebate as long as the battery, installer, and solar PV requirements are met. However, off-grid systems cannot participate in NSW PDRS, WA Synergy, or any other VPP-linked state incentive — those require grid connection by definition.

### What's the cheapest way to get a 13.5 kWh battery in Sydney?

Install before 1 May 2026 with an SAA-accredited installer using a CEC-approved battery, and connect to a VPP through an Accredited Certificate Provider. Federal CHBP delivers ~$4,196; PDRS VPP adds ~$1,000 net after admin fees. Total stacked saving ~$5,196 off a battery that typically lists at $13,500–$14,500 installed — bringing net cost to roughly $8,300–$9,300.

### Will the battery rebate continue after 2026?

Yes, but with reductions. The Cheaper Home Batteries Program is funded through 2030 with a $7.2 billion expanded budget. From May 2026 onward, the STC factor reduces every six months (January and July) instead of annually. By 2028–2029 the per-kWh rebate value will be substantially lower than today, but battery hardware costs are also expected to keep falling.

### Can I claim the rebate for a second battery added later?

No. The federal rebate is once-per-property. If a battery has previously been STC-claimed at the address, additional batteries at the same property aren't eligible for new rebate claims. This includes existing Powerwall 2 installations from before the CHBP launched, in some cases.

### What if my installation gets delayed past 1 May 2026?

The rebate factor is locked in by the date the certificate of electrical compliance is signed, not the contract date. If your install slips from April to May, the lower factor (6.8) applies and tapered tiers kick in. For a 13.5 kWh battery this costs about $800; for larger batteries the loss is much bigger. The Clean Energy Regulator has explicitly warned retailers against promising pre-May installs they can't reliably deliver. Build a 7-day buffer at minimum, more for regional locations with DNSP delays.

## Get Your Personalised Solar Score

Free 60-second assessment. See exactly what solar + battery would cost for your home, after all current rebates.

Check Your Solar Score

---

# Best Solar Panels Australia 2026: LONGi vs Jinko vs Q Cells vs Trina

URL: https://solarscorecard.com.au/blog/best-solar-panels-australia-2026/
Published: 2026-02-25
Summary: 2026 buyer's guide to the best solar panels in Australia. Tier 1 brands compared: efficiency, degradation, warranty, price per watt. What to install, what to avoid.

Choosing the right solar panels can feel overwhelming with dozens of brands and hundreds of models on the market. This guide cuts through the noise and focuses on the panels that actually deliver the best performance and value for Australian conditions in 2026.

## How We Rank Solar Panels

We evaluate panels on five criteria: efficiency (how much power per square metre), temperature performance (critical in Australian heat), warranty length and terms, real-world reliability data from Australian installations, and value for money. We draw on data from the Clean Energy Council's approved product list, installer feedback, and performance monitoring platforms.

## Tier 1 vs Tier 2 — What Does It Mean?

Tier 1 status comes from Bloomberg New Energy Finance and relates to the manufacturer's bankability — not the panel quality directly. However, Tier 1 manufacturers tend to have better quality control, more reliable warranties, and greater financial stability. For most homeowners, sticking with Tier 1 is the safest choice.

## Top Solar Panels for Australian Homes in 2026

### REC Alpha Pure-R

Premium efficiency (22.3%), excellent shade performance, 25-year product warranty. Made in Singapore. One of the best all-round panels available. Price: Premium ($$$).

### Jinko Tiger Neo N-type

Excellent efficiency (21.8%) at a very competitive price. N-type technology for better heat performance. 25-year product warranty. Best value high-performer.

### LONGi Hi-MO X6

World's largest panel manufacturer. Very reliable, good efficiency (21.5%), competitive pricing. 25-year product warranty. Excellent bang for buck.

### SunPower Maxeon 7

Highest efficiency panels on the market (23%+). 40-year warranty. Premium price, but unmatched performance especially on smaller roofs.

### Canadian Solar HiKu7

Solid mid-range option with good efficiency (21.3%) and reliable performance. 25-year warranty. Strong CEC track record in Australia.

### Trina Vertex S+

Excellent value option from a top-5 global manufacturer. N-type cells, 21.5% efficiency, 25-year warranty. Very popular with Australian installers.

## What About Chinese Panels?

Most solar panels installed in Australia — including many of the best-performing ones — are manufactured in China. Brands like Jinko, LONGi, Trina, and Canadian Solar (manufactured in China and Southeast Asia) dominate the global market because of their scale, quality, and competitive pricing. The country of manufacture matters less than the specific brand's quality control, warranty terms, and CEC approval status.

## N-type vs P-type: Which Technology to Choose

N-type panels are the newer standard, offering better efficiency, lower degradation rates, and superior performance in high temperatures — all relevant for Australian conditions. Most premium and mid-range panels in 2026 use N-type cells. P-type panels are still available at lower price points but are being phased out by most manufacturers. For new installations, N-type is the clear recommendation.

## Our Recommendation

For most Australian homes, the Jinko Tiger Neo or Trina Vertex S+ offer the best balance of performance, warranty, and value. If budget isn't a concern, REC Alpha Pure-R or SunPower Maxeon deliver the absolute best performance. Avoid unknown or unbranded panels, even if they're significantly cheaper — the warranty is only as good as the company behind it.

---

# Is a Solar Battery Worth It in Australia in 2026? Honest Answer

URL: https://solarscorecard.com.au/blog/solar-battery-worth-it-australia/
Published: 2026-02-20
Summary: Are batteries worth it in 2026? Payback 7–10 yrs (vs 3–5 for solar alone). When a battery makes financial sense, when it doesn't, and which brand to pick.

Batteries are getting cheaper every year, but they're still a significant investment. The honest answer to 'is it worth it?' depends on your electricity rate, feed-in tariff, usage patterns, and whether you can access a state rebate. Here's the full breakdown.

## The Simple Maths

A battery saves you the difference between your electricity rate and your feed-in tariff, multiplied by how much stored energy you actually use. For example: if you pay 30c/kWh for grid power and receive 5c/kWh for exports, each kWh shifted by the battery saves you 25c. A 10kWh battery doing one full cycle per day saves roughly $2.50/day or $912/year. At a cost of $8,000–$10,000 installed, that's an 8.5–11 year payback without rebates.

## State-by-State Verdict

South Australia (36c/kWh rates + battery rebate) and Victoria ($8,800 battery rebate) are the clearest winners for batteries. The ACT's 0% interest loans remove the upfront barrier entirely. In Queensland and NSW, batteries make financial sense mainly for homes with high evening usage and low feed-in tariffs. Tasmania and NT are marginal cases — the maths improves if you have specific needs like blackout protection.

## The Non-Financial Benefits

Not everything comes down to payback period. Batteries provide blackout protection (essential in bushfire and storm-prone areas), energy independence from the grid, the ability to ride through peak pricing periods, and the satisfaction of near-zero grid reliance. For many homeowners, these benefits justify the investment even if the pure financial payback is longer than ideal.

## Our Verdict

If you're in SA or VIC with access to state rebates, a battery is increasingly a no-brainer. For other states, the decision depends on your priorities — financially, solar panels alone still deliver faster ROI. But battery prices are falling 10–15% annually, so if you're on the fence, the maths will look even better next year. Our scorecard gives you a personalised battery recommendation based on your specific situation.

---

# How Much Does Solar Actually Save on Your Bill? (2026 Real Numbers)

URL: https://solarscorecard.com.au/blog/how-much-solar-save-electricity-bills/
Published: 2026-02-15
Summary: Real 2026 solar bill savings by state: $1,500–$2,500/yr for a 6.6kW system, $2,200–$3,400 for 10kW. How self-consumption rate and FiT affect your return.

You've heard the claims: 'Save $2,000 a year with solar!' But what do real savings actually look like for Australian homes? Let's break it down honestly, with real numbers based on current electricity rates and system costs.

## The Key Factors

Your actual savings depend on four things: your current electricity rate (varies by state from 25–36c/kWh), how much of your solar you self-consume vs export, your system size relative to your usage, and your feed-in tariff rate. The single biggest factor is self-consumption — every kWh you use directly from your panels saves you the full retail rate, while exported kWh only earn you the (much lower) feed-in tariff.

## Realistic Annual Savings by State (6.6kW System)

### South Australia

Highest electricity rates in Australia. Average savings: $1,800–$2,600/year. Fast payback of 2.5–4 years.

### New South Wales

High rates and good sun. Average savings: $1,500–$2,200/year. Payback: 3–4.5 years.

### Queensland

Best sun hours but moderate rates. Average savings: $1,400–$2,000/year. Payback: 3–4 years.

### Western Australia

Excellent sun, good rates. Average savings: $1,500–$2,200/year. Payback: 3–4.5 years.

### Victoria

Lower sun hours but strong rebates. Average savings: $1,200–$1,800/year. Payback: 3–5 years (after $1,400 rebate).

### Tasmania

Lowest sun hours nationally. Average savings: $900–$1,400/year. Payback: 4.5–6 years.

## Maximising Your Savings

The most impactful thing you can do is shift energy-hungry activities to daytime: run dishwashers, washing machines, and pool pumps during solar production hours. Use timers. Pre-heat or pre-cool your home in the afternoon. Every kWh you use directly instead of exporting saves you 20–30c. Without changing anything, expect to self-consume 30–40% of your solar. With deliberate shifting, 45–55% is achievable. Adding a battery pushes it to 65–80%.

---

# Do Solar Panels Work in Winter in Australia? (With Real Data)

URL: https://solarscorecard.com.au/blog/solar-panels-winter-australia/
Published: 2026-02-15
Summary: Real winter solar output data by state. Melbourne: 40–50% of summer. Brisbane: 70%. Why panels still pay off in winter and how to size accordingly.

Yes, solar panels absolutely work in winter — they just produce less than in summer. On average, expect 40–60% of your peak summer output during the coldest months. But here's the thing most people don't realise: your panels actually operate more efficiently in cooler temperatures. The issue isn't temperature — it's shorter daylight hours and lower sun angles.

## Winter Output by State

Queensland and Northern Territory barely notice winter — output drops only 20–30%. Victoria and Tasmania see the biggest seasonal swing, with winter output around 40–50% of summer peaks. NSW and SA sit in between. The key factor is your latitude: the further south, the lower the winter sun angle and the shorter the days. A north-facing roof becomes even more important in winter because the lower sun angle means panels facing north can capture more light.

## Why Cooler Temps Help Efficiency

Solar panels have a 'temperature coefficient' — typically -0.3% to -0.4% per degree above 25°C. On a 40°C summer day, your panels lose 4–6% efficiency from heat alone. In winter at 15°C, they're actually performing above their rated efficiency. So while you get fewer hours of sunlight, each hour is slightly more productive per panel. This doesn't fully offset the shorter days, but it means winter performance is better than you might expect.

## Tips for Maximising Winter Solar

First, keep your panels clean — dust and debris have a bigger impact when output is already reduced. Second, shift your heavy electricity use (washing machine, dishwasher, pool pump) to midday when generation peaks. Third, if you're installing new panels, consider a steeper tilt angle — panels in southern Australia optimised for winter should be tilted at 30–35° rather than the typical 20–25°. Finally, a battery becomes especially valuable in winter because you can store limited midday generation for evening use.

## Will I Still Save Money in Winter?

In most cases, yes. Even with reduced output, your panels are still offsetting grid electricity at 27–38c/kWh. Your feed-in credits will be lower because you're exporting less, but your self-consumption rate typically increases in winter (you use more of what you generate because there's less surplus). Many solar owners find their winter bills are still 50–70% lower than they were pre-solar.

---

# Solar Export Limits Australia 2026: Why Your Network Caps You (And Fixes)

URL: https://solarscorecard.com.au/blog/solar-export-limits-explained/
Published: 2026-02-10
Summary: What Aussie solar export limits really mean in 2026: why DNSPs cap exports at 5kW (or 0kW), state-by-state rules, and how to maximise self-consumption.

If you've had a solar quote recently, you may have seen mention of 'export limits.' As rooftop solar saturation increases, network operators are placing restrictions on how much power you can send back to the grid. This doesn't mean solar isn't worth it — but it does change the equation. Here's what you need to know.

## What Is an Export Limit?

An export limit caps how much solar energy your system can send to the grid at any given moment. Common limits are 5kW, 3kW, or even zero-export in some areas. This doesn't limit how much your panels generate — it limits how much leaves your property. If your system generates 8kW but you're using 5kW at home and have a 5kW export limit, there's no issue. The limit only kicks in when your export exceeds the cap.

## Why Do Export Limits Exist?

In areas with very high solar adoption, the local electricity network can become 'congested' during midday when thousands of homes are exporting simultaneously. This can cause voltage issues and grid instability. Rather than expensive network upgrades, distributors impose export limits to manage the flow. This is particularly common in parts of SA, QLD, and suburban areas of NSW and VIC with high solar penetration. The limits are set by your local distribution network (Ausgrid, Energex, SA Power Networks, etc.), not your retailer.

## Zero-Export: What It Means

Zero-export means your system physically cannot export any power to the grid. Your inverter is configured to throttle production to match your household consumption exactly. This is rare for standard residential systems but can apply to larger installations (10kW+) in some areas. If you're faced with a zero-export requirement, a battery becomes essential to capture surplus generation. Without one, your system will frequently 'curtail' (waste) potential production.

## How Export Limits Affect Your Savings

With a 5kW export limit on a 6.6kW system, the impact is usually minimal — you'll only be curtailed for a few hours on peak summer days. With tighter limits (1.5kW or zero), the impact is bigger: you lose feed-in revenue and waste generation. The solution is to focus on self-consumption (shift usage to daytime), add a battery (store surplus for evening), or both. Our scorecard factors in your state's typical export conditions when recommending system and battery sizes.

## Dynamic Export Limits

Several networks are now rolling out 'dynamic' or 'flexible' export limits. Instead of a fixed cap, your inverter communicates with the network in real-time and exports more when the grid has capacity, throttling only when needed. SA Power Networks, Ausgrid, and Energex are leading this transition. Dynamic exports are better for solar owners because you can export more total energy over the course of a day. If your installer offers a dynamic export connection, it's generally worth accepting.

---

# STC Rebate Australia 2026: Current Price, How It Works, How to Claim

URL: https://solarscorecard.com.au/blog/stc-rebate-explained-australia/
Published: 2026-02-10
Summary: STC rebate explained for 2026: current STC price (~$38–$40), how many STCs for 6.6kW, Zone 1–4 map, why the scheme shrinks 6.7%/year until 2030.

The 'solar rebate' is the most common reason Australians hear about when considering solar, but most people don't understand how it actually works. It's not a government cheque — it's a certificate trading scheme that reduces your upfront cost. Here's the plain-English explanation.

## What Are STCs?

Small-scale Technology Certificates (STCs) are created when you install a solar system. Each certificate represents 1 MWh of renewable energy your system is deemed to produce over its remaining lifetime (until 2030). These certificates have value because large electricity retailers are legally required to buy a certain number of them each year. Your installer typically handles the whole process — they claim the STCs on your behalf and give you an upfront discount on your installation cost.

## How Much Are They Worth?

The value depends on three factors: your system size (bigger = more STCs), your STC zone (Zone 1 in QLD/WA/NT gets the most), and the years remaining until 2030 (fewer years = fewer STCs). At the current STC trading price of approximately $37 per certificate, a 6.6kW system generates roughly $2,500–$4,200 in STCs depending on your zone. This discount is applied directly to your invoice — you never have to handle the certificates yourself.

## The Scheme Is Phasing Down

The STC scheme reduces the deemed period by one year annually. In 2026, your system is credited for 4 years of production (2026–2030). In 2027, it'll only be 3 years. This means the discount gets smaller every year you wait. By 2030, the scheme ends entirely. This built-in phase-down creates a genuine 'sooner is better' incentive — every year you delay costs you roughly $500–$800 in lost STC value for a typical 6.6kW system.

---

# Charging Your EV with Solar in Australia 2026: System Size + Savings

URL: https://solarscorecard.com.au/blog/ev-charging-solar-panels-australia/
Published: 2026-02-05
Summary: Charging an EV with solar in 2026: ideal system size (10–13kW), daily kWh needs by car, Type 2 vs smart chargers, and how much you save vs grid charging.

If you own an EV — or you're considering one — solar panels can dramatically reduce your running costs. Charging from rooftop solar costs roughly 3–5c per kilometre, compared to 10–15c/km from the grid and 15–20c/km for petrol. Here's how to size your system, choose a charger, and maximise solar-powered driving.

## How Much Solar Do You Need for an EV?

The average Australian drives about 15,000 km per year. Most EVs consume 15–20 kWh per 100 km, so you need roughly 2,250–3,000 kWh per year just for the car. That's the equivalent of about 2kW of extra solar capacity in most of Australia. So if a 6.6kW system covers your household, step up to an 8–10kW system to comfortably add EV charging. If you already have solar and want to add an EV, check whether your existing system has spare capacity during the day.

## Home Charger Options

Level 1 (standard wall plug, 2.3kW) is slow but free — good for overnight top-ups. Level 2 (dedicated wall charger, 7–22kW) is the sweet spot for home use: adds 40–100 km of range per hour. Popular brands include Zappi (solar-aware, adjusts to surplus), Tesla Wall Connector, and Ocular. Budget $1,000–$2,500 installed for a quality Level 2 charger. The Zappi deserves a special mention because it can automatically adjust charging speed to match your available solar surplus — maximising free solar charging.

## Solar Charging Economics

At 17 kWh per 100 km and 30c/kWh grid electricity, driving 15,000 km costs about $765/year from the grid. With solar (effectively free), that drops to near zero. Even if you charge 50% from solar and 50% from grid, you save ~$380/year on fuel alone. Compare this to petrol: a comparable ICE car at 8L/100km and $2/L costs $2,400/year. Switching from petrol to solar-charged EV saves $1,600–$2,400 per year.

## Best Setup for Solar EV Charging

The ideal setup is a 10kW+ solar system, a Zappi or similar solar-aware charger, and the habit of plugging in when you get home from work (before sunset in summer, or anytime if you have a battery). A battery isn't essential for EV charging but helps: it stores daytime solar for evening charging when you can't plug in during the day. Some newer EVs support bidirectional charging (V2G/V2H), potentially turning your car's battery into home storage — watch this space.

---

# Solar for Renters Australia 2026: Your 5 Real Options

URL: https://solarscorecard.com.au/blog/solar-for-renters-australia/
Published: 2026-02-05
Summary: Can you get solar as a renter in 2026? 5 real options: split systems, battery power stations, Solar Saver agreements, landlord persuasion, community solar.

Renting doesn't mean you're locked out of solar savings entirely. While you can't install panels on a roof you don't own (without permission), there are several genuine options for renters who want to reduce their electricity costs and environmental footprint.

## Options for Renters

### Talk to Your Landlord

Some landlords are open to installing solar — it increases property value and can be a selling point for future tenants. Offer to split costs or commit to a longer lease in exchange. Under some state schemes, landlords can access rebates specifically for rental properties.

### Community Solar / Solar Gardens

Community solar programs allow you to buy a share of a larger solar installation and receive credits on your electricity bill. These are expanding in Australia, particularly in VIC and ACT.

### Portable Solar + Battery Kits

Small portable panels (1–2kW) with a battery can be set up on a balcony or in a yard. They won't power your whole home, but can offset 10–30% of usage. You take them when you move.

### Switch to a Green Energy Retailer

Companies like Amber Electric or Energy Locals offer wholesale or solar-linked pricing that can reduce your bills. GreenPower programs let you offset your usage with renewable energy.

### Energy Efficiency First

Often the biggest savings come from reducing waste: LED lighting, draught-proofing, efficient appliances, and smart usage habits. These require no installation and move with you.

## What About the Future?

Several Australian states are developing frameworks to make renter access to solar easier. Victoria's Solar Homes Program has a rental stream, and the federal government is exploring rental solar incentives. The landscape is improving, and our scorecard can still help renters understand what solar would look like if they owned their home — useful information for future planning or landlord conversations.

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# Solar Panels for Apartments Australia 2026: What's Actually Possible

URL: https://solarscorecard.com.au/blog/solar-panels-apartment-australia/
Published: 2026-01-28
Summary: Solar for apartments in 2026: balcony solar legality, body-corporate rules, shared rooftop systems, and the realistic options that actually work in strata.

Living in an apartment doesn't have to mean missing out on solar benefits. While it's certainly harder than slapping panels on a house roof, there are growing options for unit owners and renters in 2026. From body corporate solar to virtual power plants, here's what's available.

## Body Corporate (Strata) Solar

The most direct path is a shared solar system on your building's roof. This requires body corporate approval — typically a special resolution (75% of votes). The system powers common areas (lifts, hallways, pool, garage lighting) and reduces everyone's levies. Some buildings go further with individual metering, allocating solar credits to each unit. The Victorian government's Solar Homes Program has funded embedded network solar in apartment buildings, and similar programs are expanding to other states.

## Virtual Power Plants (VPPs)

VPPs let you benefit from solar without panels on your building. You sign up with a VPP provider (like Simply Energy, AGL, or Amber Electric), and they credit your account as if you had solar. The energy comes from distributed solar and battery systems elsewhere. The credits aren't as high as owning your own panels, but it's a genuine way to access solar economics from an apartment.

## Community Solar Programs

Community solar (also called solar gardens or shared solar) allows multiple households to invest in a shared off-site solar installation and receive credits on their electricity bills. These programs are growing in Australia, with providers like Enova Community Energy, SolarShare, and others operating in NSW, VIC, and ACT. You typically pay a subscription fee and receive credits proportional to your share.

## Renter Solar Options

Portable solar panels, balcony systems, and renter-specific programs are emerging. Queensland's new solar rebate for renters (launched 2026) covers portable solar battery kits. Some states are pushing landlord incentives to install solar on rental properties, with costs recovered through slightly higher rent. Plug-in balcony solar systems (popular in Europe) are starting to appear in Australia, though network rules around them are still evolving.

## What Can You Do Now?

If you own your unit: talk to your body corporate about shared solar — the economics are increasingly compelling, especially for buildings with high common area electricity costs. If you rent: check if your state has renter solar programs, consider a VPP, or switch to a green electricity plan. Our scorecard can still estimate your solar potential — even for apartments — to help you understand what you'd save if solar becomes available to your building.

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# Solar Payback Period Australia 2026: How Long Till Solar Pays for Itself?

URL: https://solarscorecard.com.au/blog/solar-payback-period-explained/
Published: 2026-01-28
Summary: Solar payback in 2026: typical 3–5 years for a 6.6kW system. How payback is calculated, what shortens it, state-by-state comparison, 25-year total return.

Payback period is the single most important metric for evaluating a solar investment. It tells you how many years until your savings exceed your costs — after that, everything is pure profit. Here's how it works and what to expect in 2026.

## The Calculation

Payback period = Net system cost (after rebates) ÷ Annual energy savings. For example: a 6.6kW system costing $6,500 after STCs, saving $1,800/year = 3.6 year payback. After 3.6 years, you've broken even. For the remaining 20+ years of the system's life, every dollar saved is profit.

## What Affects Payback?

The three biggest factors are: (1) your electricity rate — higher rates mean bigger savings and faster payback; (2) your self-consumption ratio — using solar directly saves more than exporting; and (3) your net system cost — rebates and discounts reduce the amount you need to 'pay back.' System quality also matters — cheaper panels may degrade faster, reducing long-term savings.

## Average Payback Periods by State (6.6kW, 2026)

### South Australia

2.5–4 years — fastest payback thanks to Australia's highest electricity rates

### New South Wales

3–4.5 years — high rates and solid sun hours

### Queensland

3–4 years — excellent sun compensates for slightly lower rates

### Western Australia

3–4.5 years — great sun hours, moderate rates

### Victoria

3.5–5 years — lower sun but $1,400 state rebate helps

### ACT

3.5–5 years — 0% loans mean no real upfront cost

### Tasmania

4.5–6 years — lowest sun hours, but still comfortably positive

## Beyond Payback: The Full Picture

Payback period only tells half the story. A solar system with a 4-year payback and a 25-year lifespan delivers 21 years of free electricity. With electricity prices rising 4–6% annually, the value of those later years is enormous. A system that saves $1,800 in year 1 could easily save $3,000+ by year 15 just from rate increases. Over 25 years, total savings can exceed $60,000–$80,000 from a $6,000 investment.

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# How to Read Your Solar Monitoring App (Fronius, Enphase, Sungrow)

URL: https://solarscorecard.com.au/blog/how-to-read-solar-monitoring-app/
Published: 2026-01-20
Summary: What every number in your solar app actually means: generation, self-consumption, export, import, yield. Fronius SolarWeb, Enphase, Sungrow screenshots.

You've got solar panels, you've got the monitoring app, and you're staring at graphs and numbers wondering if everything is working properly. This guide explains what each metric means, what to look for, and when to call your installer.

## Generation (Production)

This is the total electricity your panels are producing. On a sunny day, a 6.6kW system should produce 25–35 kWh in summer and 15–22 kWh in winter (varies by state). The real-time power reading should peak close to your system's rated capacity around midday (e.g., 5–6kW for a 6.6kW system — it won't hit 6.6kW because of inverter clipping and real-world conditions). If generation seems unusually low on a clear day, you might have a panel issue, shading problem, or inverter fault.

## Consumption (Usage)

This shows how much electricity your home is using in total — from solar and grid combined. Average Australian households use 15–20 kWh per day, but this varies hugely. Check for consumption spikes that might indicate a faulty appliance. If your consumption looks steady at, say, 1kW at 3am, something is running that you might not expect.

## Export (Feed-in)

Export is the surplus solar energy going back to the grid. You earn a feed-in tariff for this (3–10c/kWh depending on your state and plan). High exports during the day mean you're generating more than you're using — which is fine, but remember you earn much less for exports than you save by self-consuming. If you're exporting a lot, consider shifting loads to daytime or adding a battery.

## Self-Consumption Rate

This is the percentage of your solar energy that you use directly, rather than exporting. Aim for 30–40% without a battery, 60–80% with one. A very low self-consumption rate (under 20%) means you're exporting most of your solar at low FiT rates — you could benefit from load shifting or a battery. Our scorecard uses 35% without battery and 70% with battery as standard assumptions.

## When Something Looks Wrong

Contact your installer if: daily generation is consistently 30%+ below expected output for your system size and season, the system shows zero production (inverter fault), one panel or string shows significantly lower output than others (panel/wiring issue), or your app shows error codes. Most inverter warranties are 10+ years, and panel warranties are 25 years — don't hesitate to make a claim if performance has degraded.

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# Solar Feed-in Tariffs Australia 2026: Every State in Cents per kWh

URL: https://solarscorecard.com.au/blog/solar-feed-in-tariff-australia-2026/
Published: 2026-01-20
Summary: 2026 solar feed-in tariffs state-by-state: NSW 5–8c, VIC 3.3–7c, QLD 4–7c, SA 4–10c, WA DEBS 2–10c. Why FiTs fell and how to maximise returns.

Feed-in tariffs (FiTs) are what your electricity retailer pays you for excess solar energy exported to the grid. They've dropped significantly from the generous rates of 10 years ago, and understanding today's landscape is crucial for making smart solar decisions.

## Current Feed-in Tariff Rates by State (2026)

### NT — 8.4c/kWh

Highest regulated FiT. 1-for-1 scheme up to your metered export amount.

### ACT — 6–7c/kWh

Regulated rate set annually by the ICRC. Relatively stable.

### TAS — 5–6c/kWh

Aurora Energy's regulated rate. One of the more generous mainland rates.

### QLD — 3–6c/kWh

Varies by retailer. Shop around — some offer 6c+, others as low as 3c.

### NSW — 3–6c/kWh

Varies significantly by retailer. Time-of-use FiTs available from some.

### VIC — 3–5c/kWh

Minimum FiT set by Essential Services Commission. Many retailers pay minimum.

### SA — 3–5c/kWh

Despite high electricity rates, FiTs are low. Makes batteries more attractive.

### WA — 2.5–10c/kWh

DEBS scheme pays time-varying rates. Peak export (3–9pm) pays ~10c. Off-peak ~2.5c.

## Why FiTs Have Dropped

With over 3.7 million solar homes in Australia, there's often a surplus of solar energy on the grid during the middle of the day. This oversupply has pushed wholesale electricity prices negative during peak solar hours, making it less valuable for retailers to buy your excess energy. This is actually the strongest argument for batteries — if your FiT is only 3–5c/kWh but you pay 27–36c/kWh at night, storing that energy instead of exporting it saves you 22–31c per kWh.

## Maximising Returns with Low FiTs

With low feed-in tariffs, the strategy shifts from 'generate as much as possible' to 'use as much as possible.' Shift your usage to solar hours, invest in a battery for evening storage, consider a time-of-use tariff that benefits evening solar usage, and look at WA's DEBS scheme model where exports during peak hours are worth more. Our scorecard factors in your state's FiT when calculating your battery benefit score.