Solar potential in Malvern

What solar would make on your Malvern roof, what it could save, and what to check before you buy.

Updated November 2026 · Litmec Electrical, REC-10383

A 6.6 kW north-facing solar system in Malvern makes about 9,500 kWh a year: around 35 kWh a day in midsummer and 15 kWh a day in June. East or west-facing roofs make about 86% of that.

On a $450 quarterly bill, that could save roughly $600–800 a year. Malvern ranks 29th of the 38 Melbourne suburbs we've modelled for solar output, but the spread across Melbourne is only 3%: your roof's direction and shade matter far more than your postcode.

Solar output in Malvern

Output per kW, north
1,433 kWh/yr
Output per kW, east / west
1,227 / 1,213
Best month, per kW
5.3 kWh/day (Jan)
Worst month, per kW
2.3 kWh/day (Jun)
Council
City of Stonnington
Postcode
3144
From Litmec, Newport
about 13 km
Site visit
Free, no obligation
North-facingWest-facing
0123456Jan: 5.32 kWh a dayJan: 5.25 kWh a dayJanFeb: 5.02 kWh a dayFeb: 4.67 kWh a dayFebMar: 4.31 kWh a dayMar: 3.58 kWh a dayMarApr: 3.39 kWh a dayApr: 2.49 kWh a dayAprMay: 2.59 kWh a dayMay: 1.68 kWh a dayMayJun: 2.26 kWh a dayJun: 1.38 kWh a dayJunJul: 2.42 kWh a dayJul: 1.5 kWh a dayJulAug: 3.05 kWh a dayAug: 2.12 kWh a dayAugSep: 3.95 kWh a daySep: 3.13 kWh a daySepOct: 4.64 kWh a dayOct: 4.11 kWh a dayOctNov: 4.95 kWh a dayNov: 4.78 kWh a dayNovDec: 5.27 kWh a dayDec: 5.26 kWh a dayDec
Average daily output from 1 kW of panels in Malvern, by month (kWh). PVGIS 5.3, ERA5 2005–2023, 22.5° pitch, 14% losses.
Modelled for Malvern (-37.858, 145.035). Source: PVGIS 5.3 (European Commission Joint Research Centre), ERA5 data 2005–2023, 1 kW of panels with 14% system losses, at a 22.5° pitch. PVGIS.
SystemNorth-facing, kWh/yrEast-facing, kWh/yrWest-facing, kWh/yrJune, kWh/day
6.6 kW9,4568,0988,00314.9
8 kW11,4629,8159,70118.1
10 kW14,32812,26912,12622.6
13.2 kW18,91316,19516,00629.8

These figures use satellite and weather data for Malvern from 2005 to 2023 and already allow for heat, wiring and inverter losses. They don't know your roof: shade, pitch and the faces available decide the real number, which is what the site visit checks. Try the roof calculator for your own direction and pitch.

Homes and roofs in Malvern

Victorian, Edwardian and interwar homes on leafy streets, many under heritage overlays. Period roofs and established trees make layout and shading the main questions.

Heritage streets

Many Malvern streets sit under heritage overlays administered by City of Stonnington. Panels on rear and side roof faces that can't be seen from the street are usually the simplest route, mounted flush with all-black panels. We check the overlay for your address before quoting. Solar on heritage homes.

Shading from established trees

Mature street and garden trees are common in Malvern, and shade costs more output than roof direction does. We check shade on the site visit, including the low winter sun, and use optimisers or microinverters where a few panels can't avoid it. Score your roof.

Older switchboards

A lot of Malvern housing pre-dates the 1980s, so ceramic fuses, missing safety switches and old fibrous switchboard backings are common. These have to be fixed before solar connects. We're electricians: we check the board on the visit and price any work in the quote. Check your switchboard.

What solar could save in Malvern

For a home paying $450 a quarter with someone in some days, the calculator suggests a 6.6 kW system saving about $600–800 a year, or $1,000–1,400 with a 10 kWh battery. Your own bill gives a better answer: use the calculator below.

How it works with Litmec

Litmec Electrical is a registered electrical contractor based in Newport, about 13 km from Malvern. We sell the system, design it from your bills, organise the paperwork and rebates, and stand behind the whole system with a 5-year warranty. Accredited installers we subcontract and supervise fit the panels, and our own electricians do any switchboard work. Not sure what size you need? Try the system finder.

Nearby suburbs

Check your bill: solar for your Malvern home

A few quick questions, using Malvern's solar output. See the system that fits and what it could save, then get a free design and quote.

Building a new home? Skip the bill and send us your plans

  1. 1 Your bill
  2. 2 Your home
  3. 3 Your estimate
  4. 4 Roof and plans
  5. 5 Your details
Step 1: your bill

How much is your power bill?

Your bill covers
Got your bill handy? Use your exact figures
Step 2: your home

A bit about your home

Is anyone home during the day?
Do you already have solar?
Anything coming up? (tick any)
Power supply (check your switchboard or bill)

Your estimate

    How we worked this out

    We estimate your daily use from your bill and rates (about 30c per kWh and $1.10 a day supply unless you entered your own), then add typical loads for anything you ticked: about 6 kWh a day for an electric car, 4 for a pool pump and 6 for moving off gas.

    Solar output uses Melbourne's yearly average of about 3.5 kWh a day for each kW of panels. How much of it you use directly depends on who's home in the day; the rest charges a battery or is exported at about 4c per kWh.

    This is an indicative yearly average, not a quote. Roof direction, shading, your tariff and how you use power all change the result. An installer confirms every figure once they've seen your roof.

    Next: a few questions about your roof About a minute. Your answers and this estimate go to the installer, so you don't have to explain it all again.
    Step 4: your roof and plans

    Your roof and plans

    A few quick taps so an installer knows what they're looking at. If you're not sure, pick "Not sure" or skip it.

    What are you after?
    When would you like it done?
    What kind of home is it?
    How many storeys? (installers need this for safety gear and access)
    What's the roof made of? (have a look from the street)
    Does anything shade the roof? (trees, a taller house next door, a chimney)
    Roughly when was the home built? (older homes often need switchboard work first)
    What matters most to you? (tick any)
    How are you thinking of paying? (Solar Victoria offers interest-free loans to eligible homes)
    Step 5: your details

    Your details

    We'll call to book your free site visit, or outside about 100 km of Newport, a free assessment from your bill and roof photos. Your estimate and answers come with your details, so you won't have to explain it all again.

    How would you like to be contacted?

    Free and no obligation. We only contact you about this enquiry.

    Solar in Malvern: questions

    How much power do solar panels make in Malvern?

    Each kW of north-facing panels in Malvern makes about 1,433 kWh a year, so a 6.6 kW system makes about 9,500 kWh a year, or 26 kWh a day on average. East or west-facing panels make about 86% of that. (PVGIS satellite data.)

    Is solar worth it in Malvern?

    For most owner-occupied homes with a typical bill, yes. On a $450 quarterly bill with someone home some days, a 6.6 kW system could save roughly $600 to $800 a year. Small bills and heavily shaded roofs save less; the site visit tells you honestly.

    Do I need council approval for solar panels in Malvern?

    Many Malvern properties are under heritage overlays with City of Stonnington, where panels visible from the street may need a planning permit. Panels on rear and side faces are usually simpler. We check your address before quoting.

    Does Litmec do solar in Malvern?

    Yes. Malvern is about 13 km from our base in Newport and well within our 100 km service area. Site visits are free, and your contract and 5-year whole-of-system warranty are with Litmec Electrical.

    What size solar system suits a Malvern home?

    Size follows your power use. Most homes paying $350 to $600 a quarter suit 6.6 to 10 kW on single phase. Period roofs and established trees make layout and shading the main questions.

    See what your Malvern roof can do

    Free site visit from a licensed electrician: roof, shading and switchboard checked, options walked through.