So today the customer was fortunately enough to have a three-phase, which gave the ability to go up to a seven kilowatt inverter and allow us to chuck 9.3 kilowatts worth of PV on the roof, which is around 27, 345's. So for the end consumer, she has three-phase, which is great, which means we can upgrade the system to a seven kilowatt inverter and go up to around 9.3 kilowatts worth of PV on the roof. For a single-phase, we would usually do a five kilowatt with around 6.6 kilowatts. So the advantage is to grab that actually three kilowatts really create more power.
So the client came to us looking for our really high end quality product that's going to last. Customers like this, we really love to work with because they want quality and it give them confidence for the future. The residential sector really looks for maximising their system straight off the bat. So commonly we'll install five kilowatt inverter on a single-phase and a seven kilowatt on a three-phase pump that up to 9.3kW or 6.6kW. Out of that, the customer obviously makes around, 30 to 43 kilowatt hours per day and it saves them anywhere from $700 to $900 a quarter. So when it comes to residential systems, it's really a no brainer for the end user at the moment. Working with this particular customer, she wanted a quality, reliability and efficiency.
How does three-phase power help to generate more electricity from your residential solar system?
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