Best Melbourne suburbs for rooftop solar

Fraser Rise tops the ranking, with 89 rooftop-solar systems installed for every 100 dwellings in its postcode, averaging 7.46 kW each. Across the 15 listed, the rate runs from 48 to 89 systems per 100 dwellings. These 15 suburbs came from a field of 200 eligible Melbourne suburbs.

This ranking scores every eligible Melbourne suburb on how many rooftop-solar systems have been installed for every 100 dwellings in its postcode, blended with the average size of those systems and how many went up in the past year. Detached housing and roof space drive most of the difference, so the outer suburbs generally sit above the inner ones.

Installation records are published by postcode, not by suburb, so every suburb sharing a postcode shares these figures and each postcode appears once — represented by its largest suburb. The count is of systems installed since 2001, which is not the same as the number of homes with solar today: a system replaced or upgraded on a roof that already had panels is counted again, and small commercial systems up to 100 kW are included alongside houses. Postcodes where recent construction has outrun the 2021 dwelling count are left out rather than published, because there the figure measures how fast the suburb was built rather than how much solar it has.

Melbourne suburbs with the most rooftop solar

Ranked on rooftop-solar installations per 100 dwellings across the suburb's postcode, with average system size and the past year's installation rate as blend factors. Figures are postcode-level, so every suburb sharing a postcode shares them.

1

Fraser Rise

VIC 3336 · 9,097 residents

89.0 solar systems per 100 dwellings · 7.5 kW average system · 4,667 installed in postcode 3336

C 96.9
2

Campbellfield

VIC 3061 · 4,977 residents

63.6 solar systems per 100 dwellings · 20.0 kW average system · 1,074 installed in postcode 3061

D 96.4
3

Narre Warren North

VIC 3804 · 8,033 residents

61.2 solar systems per 100 dwellings · 8.3 kW average system · 1,496 installed in postcode 3804

B 95.0
4

Wollert

VIC 3750 · 24,407 residents

71.0 solar systems per 100 dwellings · 7.1 kW average system · 5,508 installed in postcode 3750

C 94.9
5

Yarrambat

VIC 3091 · 1,602 residents

59.5 solar systems per 100 dwellings · 8.9 kW average system · 310 installed in postcode 3091

B 93.9
6

Tarneit

VIC 3029 · 56,370 residents

69.2 solar systems per 100 dwellings · 6.8 kW average system · 27,779 installed in postcode 3029

B 93.1
7

Panton Hill

VIC 3759 · 1,063 residents

63.3 solar systems per 100 dwellings · 7.4 kW average system · 236 installed in postcode 3759

A 92.8
8

Kangaroo Ground

VIC 3097 · 1,208 residents

56.5 solar systems per 100 dwellings · 8.2 kW average system · 281 installed in postcode 3097

B 92.8
9

Greenvale

VIC 3059 · 21,274 residents

51.7 solar systems per 100 dwellings · 7.7 kW average system · 3,407 installed in postcode 3059

B 91.8
10

Craigieburn

VIC 3064 · 65,178 residents

59.7 solar systems per 100 dwellings · 7.0 kW average system · 20,529 installed in postcode 3064

C 91.5
11

Coldstream

VIC 3770 · 2,199 residents

51.4 solar systems per 100 dwellings · 9.5 kW average system · 593 installed in postcode 3770

D 91.3
12

Plenty

VIC 3090 · 2,575 residents

48.0 solar systems per 100 dwellings · 9.1 kW average system · 374 installed in postcode 3090

B 90.7
13

Wyndham Vale

VIC 3024 · 20,518 residents

68.6 solar systems per 100 dwellings · 6.3 kW average system · 7,627 installed in postcode 3024

C 88.9
14

St Andrews

VIC 3761 · 1,186 residents

60.2 solar systems per 100 dwellings · 6.7 kW average system · 268 installed in postcode 3761

B 88.7
15

Melton South

VIC 3338 · 11,362 residents

56.9 solar systems per 100 dwellings · 6.4 kW average system · 6,930 installed in postcode 3338

D 87.6

Ranked from 200 qualifying suburbs.

How we ranked these

70% rooftop-solar installations per 100 dwellings · 15% average system size in kilowatts · 15% systems installed in the past year per 100 dwellings — each percentile-ranked within Melbourne's candidate pool. All three are rates rather than counts, so a big postcode cannot out-rank a keen one on size alone. The Clean Energy Regulator publishes installations by postcode, so each postcode is collapsed to one representative suburb before scoring. The count is of systems installed since 2001 against the 2021 Census dwelling base: a system replaced or upgraded on a roof that already had panels counts again, and small commercial systems up to 100 kW are included, so this is a comparison between postcodes rather than an estimate of the share of homes with a working system today. See how we calculate for the full methodology.

Common questions about this ranking

What are the best Melbourne suburbs for rooftop solar?

Fraser Rise tops the ranking, with 89 rooftop-solar systems installed for every 100 dwellings in its postcode, averaging 7.46 kW each. Across the 15 listed, the rate runs from 48 to 89 systems per 100 dwellings. These 15 suburbs came from a field of 200 eligible Melbourne suburbs.

How is this ranking scored?

Each eligible Melbourne suburb is scored on three factors, all of them rates: rooftop-solar installations per 100 dwellings (70% of the score), the average size of those systems in kilowatts, and how many systems went up in the past year per 100 dwellings. Percentiles are computed within Melbourne's candidate pool, so a suburb is ranked against the rest of the city rather than the national field. The top 15 are published.

Why are the numbers postcode-level?

The Clean Energy Regulator publishes installations by postcode, not by suburb, so every suburb inside a postcode carries the same figures. Ranking them individually would fill the list with near-identical clones of the same postcode, so each postcode appears once, represented by its largest suburb.

Does 60 installations per 100 dwellings mean 60% of homes have solar?

No, and the gap runs both ways. The count is of systems installed since 2001, so a system replaced or upgraded on a roof that already had panels is counted a second time, and small commercial systems up to 100 kW are counted alongside houses. Against that, the dwelling base is the 2021 Census. The figure is a good comparison between postcodes and a poor estimate of the share of homes with a working system today.

Why isn't my suburb here?

Three reasons account for almost all of them. The suburb may sit below the population floor; its postcode may have too few dwellings to put a rate on; or the postcode may have been built out so fast since 2021 that the dwelling count no longer describes it — in that case the rate measures construction rather than solar, and it is left out rather than published wrong. Apartment-heavy inner postcodes are also genuinely near the bottom: there is little roof per dwelling to put panels on.

Same list in other cities

Related

Rankings last computed 12 October 2026. Recomputed after each ACARA schools data refresh.

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