Solar Power Information - Richmond Vale, NSW, 2323
If you're considering installing solar panels for your Richmond Vale home (and/or a battery), this page offers useful related information and interesting statistics for Richmond Vale and the 2323 postcode area in New South Wales.
If Richmond Vale isn't your location, you can search for installation information relevant to your town or suburb here:
Postcode 2323 Solar Power Statistics
In Richmond Vale's postcode area (2323), more than 4,081 small-scale systems have been installed with a collective capacity of 24,647 kW as at October 31, 2024.
Given a population of 24,855, this works out to 992 watts per person in the area, compared to a 1,034 watts Australian average. There are approximately 10,589 dwellings in the 2323 area, so that calculates out at 39 solar panel systems per 100 dwellings - the Australian average is 38.
Based on a conservative average of 95,266 kWh of energy production a day (enough to power the equivalent of 5,954 homes) and retail electricity costs of 34c per kilowatt-hour; Richmond Vale and 2323 postcode area residents are collectively generating $11,822,466 of energy at retail prices a year!
Richmond Vale solar power system owners are also contributing to greenhouse gas emission reduction, with the systems in 2323 region avoiding 28,513 tonnes of carbon dioxide emissions annually.
Installing Solar Panels In Richmond Vale?
The SolarQuotes free quoting service has been used by 5 households in Richmond Vale and 947 households across the 2323 postcode area in New South Wales.
You can join them! To get started, simply click the button below and we'll match you to up to 3 pre-vetted NSW accredited installers we trust who service the Richmond Vale and 2323 area. Or continue reading for more useful information.
Solar Energy Resources In Richmond Vale
Richmond Vale experiences solar irradiation levels reaching approximately 4.61 kilowatt-hours per square metre per day on average over a year. The following graph shows solar irradiation/output levels per kilowatt of installed solar panels in the 2323 area per month.
Daily/Monthly System Energy Output Estimates
Here's what you can expect to generate with various sized solar power systems in the Richmond Vale area, assuming good quality components, a suitable rooftop and professional, accredited solar installation.
Annual Electricity Output Estimates
Based on the above, the following is what you should be able to expect from a solar panel installation in Richmond Vale in terms of annual solar energy output for the location, on average:
- 5kW system - 7,054 kWh (equivalent to ~121% of annual electricity consumption)
- 6kW system - 8,465 kWh (~145%)
- 10kW system - 14,108 kWh (~242%)
- 13kW system - 18,340 kWh (~314%)
Optimal Panel Angle And Orientation
Rooftop solar panels installed in Richmond Vale, New South Wales should generally face North for the best results. For a good panel angle, the general rule of thumb is it should be around the same as latitude. In Richmond Vale's case, that is 32 degrees - but usually whatever your rooftop angle is will be fine (unless it's under 10 degrees - then tilt frames may be needed).
Feed In Tariffs In New South Wales
As well as providing your home with electricity, Richmond Vale solar system installation owners can be paid for surplus energy generated. In NSW, feed-in tariffs generally currently range from 5c to 10c per kilowatt-hour exported - so, it's important to compare energy retailers for the best electricity plan in the 2323 area.
Richmond Vale Solar Energy Savings
Based on a 6.6kW system installation, a self-consumption rate of 40% and the low end of the feed in tariff range rate of 5c, Richmond Vale solar power system owners can expect to save $1,546 per year.
Cessnock City Council Requirements.
At the time of publishing, there do not appear to be any special requirements involved with installing solar panels in the Cessnock City Council area.
It's important to check with Cessnock City Council regarding any potential changes before proceeding with installation. For further information, prospective solar owners in Richmond Vale should visit this page.
Network Grid Connection Requirements In New South Wales
A series of steps must be completed in New South Wales involving you, your network distributor and your installer - but your installer will do most of the administrative heavy lifting. Learn more about the grid connection process in New South Wales.
Solar Panel Installers In Richmond Vale
In our network we have quality, thoroughly pre-vetted solar power system installers servicing Richmond Vale. If you're ready to get quotes from installation professionals we know and trust:
Installing A Solar Battery In Richmond Vale
Households across Australia are increasingly thinking of installing a home battery; either as an addition/upgrade to an existing PV system, or installed concurrently with solar panels. Whether batteries will make sense for your Richmond Vale home will depend on various factors.
We have solar battery installers within our network providing services to Richmond Vale who can advise you on home energy storage as a retrofit upgrade or part of a full solar + battery system installation - and provide a quote.
If you have any questions regarding choosing, buying and installing solar panels in Richmond Vale (or a home battery), feel free to contact us.
Richmond Vale Data Sources And Notes
Data sources used above for solar power information in Richmond Vale NSW 2323 include:
- Census 2021 - Australian Bureau of Statistics
- Bureau of Meteorology (BOM)
- Clean Energy Regulator data for postcode 2323 current as at October 31, 2024.
- Cessnock City Council - New South Wales
Some additional notes:
- Household electricity consumption in Richmond Vale is based on the Australian average of 16kWh a day.
- Carbon intensity based on the New South Wales average of 0.82kg per kilowatt-hour.
Bureau of Meteorology details are based on your nearest weather station, which is Mulbring (Vincent Street) , coordinates 32°54'10" S 151°28'55" E, around 3.5 km from the centre of Richmond Vale.