20kW in St Helens Park
Our client here is simply a massive user of power, so there was a great need to facilitate the household consumption with a lot of Solar production. With underfloor heating, a pool, a spa and two industrial sized air conditioning units, this home is consistently humming power wise. With bills consistently in the $2,000 per quarter range pre-Solar, we’re now seeing that amount drop below $500 per quarter which is a fantastic result. This is a Cliplok roof type, which means non-penetrative feet are used to secure the rails that the panels sit on. The components of this system are 54 x 370w Longi Panels, a 20kW Fronius inverter and the powerful Solar Analytics monitoring software to keep an eye on it all.
16.3kW in Spring Farm
Our client here simply never wanted to pay an Electricity or Gas bill again - and never again they shall with this sub station on the roof! Split between the East and West aspects as the North aspect wasn’t big enough to accommodate enough panels, the daily output on this system is in the 60kWh vicinity, which is more than enough to a) mitigate household consumption and b) feed enough back into the grid at a decent rate to ensure credit is obtained on the account. Once credit is on the Electricity account, it’s easily transferrable to the Gas account assuming it’s with the same provider. The components used in this system are 44 x 370w Longi panels, a 15kW SMA inverter and as ever the powerful Solar Analytics monitoring software to keep an eye on the money rolling in.
15kW in Denham Court
Our client here intially was a relatively low user of power and essentially just wanted to fill up the roof and get bankrolled every quarter by their electricity provider. This has certainly happened with no bills being paid since install, however a rare use case for the massive prodction was found with the mining of Bitcoin! The servers that do the mining often draw massive amount of power, so what better way to make money mining by using the Suns energy! Components used in this system are 38 x 390w Risen Panels, a 12.5kW Fronius inverter and the powerful Solar Analytics monitoring software.
13.3kW in Gledswood Hills
The layout of our clients system here is a strong mix of aesthetics and design excellence. Ultimately the goal here was to maximise Solar yield on a relatively small roof, which given the fact its flat, leaves us with 3 options - mount panels flush (not ideal for production), mount panels on north facing tilt frames (more ideal but requires alot of space) or alternatively, mount panels on East/West tilts like this. As the roof is a Cliplok sheet, special feet that are non-penetrative need to be used. The components of this system are 36 x 370w Longi panels, a 10kW Fronius inverter and the powerful Solar Analytics monitoring software to keep an eye on proceedings.
13.3kW in Gledswood Hills
Our client here spared no expense kitting out their lovely home with the best appliances money can buy, which as such leads to high quarterly electricity bills in the $1,200 vicinity. What better way to reduce that by 80% than using the Sun and putting 18 panels on each side of the roof. Given the aspect split, production peaks are at different times of the day to say a roof that has all the panels facing North, so smart energy management is key in this kind of situation - made easy by the powerful Solar Analytics software. Components used in this system are 36 x 370w Longi panels, a 10kW Fronius inverter and again the grouse Solar Analytics monitoring.
10.4kW in Oran Park
Our client here had a pretty simple equation - a $500 electricity bill that they wanted gone. Well say goodbye to that by putting 28 panels all on a North facing aspect. Simply put, daily system production is far exceeding daily power consumption, which ensures a net credit is consistently maintained. Components used in this system are 28 x 370w Longi panels, a 8kW SMA inverter and the powerful Solar Analytics monitoring software.