The most common solar rebate (Subsidiy) for Yanchep and Alkimos region customers in 2021 based on a $36 STC valuation and utilising a 370W solar panel variant for multiplication is as follows:
- 3.7 kW = $1841
- 6.6 kW = $3313
- 10.3 kW = $5154
- 13.3 kW = $6627
For more about the Yanchep and Alkimos region solar rebate in overwhelming detail including what are STC’s? Click here >
Servicing the greater Yanchep & Alkimos WA area, PSW is the home of the best batteries and solar panels Yanchep region customers love.
Therefore, everyone in the suburbs listed below can enjoy the PSW advantage;
- 6030, Quinns Rock.
- 6030, Merriwa.
- 6030, Ridgewood.
- 6032, Nowergup.
- 6033, Carabooda.
- 6034, Eglinton.
- 6035, Yanchep.
- 6036, Butler.
- 6036, Jindalee.
If you qualify for Synergy’s Distributed Energy Buyback Scheme (DEBS) Northam and York region customers can receive 0.03c ex GST during off-peak and 0.10c ex GST during peak periods (3pm to 9pm) for each unit (kWh) exported by your solar energy system.
Eligibility criteria and full pricing, learn more >
No.
PSW is a registered electrical business in Western Australia. As a McKercher Corporation Pty Ltd business (EC010771) PSW utilises an in-house electrical service team insured and licensed to perform electrical services on your property within the greater Yanchep and Alkimos area.
No.
PSW supplies fully installed products only direct to Yanchep and Alkimos region end-users.
Western Power doesn’t allow single-phase solar inverter capacity greater than 5kW output to be connected to the grid. Synergy excludes solar inverter capacities which exceed 5kW output capacity from the Distributed Energy Buyback Scheme on the Yanchep and Alkimos region grid.
As solar panels rarely reach peak rated power, certain solar inverter manufacturers state that their inverters can be overloaded by up to 50%.
However, the Clean Energy Regulator has had their say on this topic and capped oversizing to 33%. Therefore, 5kW Inverter capacity x 1.33 = 6.6kW of solar panels.
Oversizing solar inverters explained in glorious detail >
