AC or DC Coupled Stackable Battery Systems
Sigenergy Hybrid Battery Systems
World First 5-in-One System
Expandable Storage Capacity
Grid Backup Ready
Enhanced Safety & Reliability
From just $7,800 installed
Let us give you a quote for your Sigenergy Solar Battery
SolarEdge System Compatible ONLY - DC Coupled
SOLAREDGE 10kWh Home Battery
10kWh Deep Discharge Capacity
Expandable - 3 per inverter
Grid Backup Ready
Single and Three Phase Ready
From just $9,770 installed
Let us give you a quote for your SolarEdge Solar Battery
Compatible with Most Inverters - AC or DC Coupled
TESLA Powerwall 3 - 13.5kWh Battery
13.5kWh Discharge Capacity
Expandable - up to 4 per site!
Grid Backup Ready
Single and Three Phase Ready
From just $14,790 installed
Let us give you a quote for your Tesla Powerwall 3 Solar Battery
AC/DC Coupled - Stackable and Expandable
Sungrow 6.4 kWh to 100 kWh Battery
High Performance
Flexibiity
Grid Backup Ready
Safety
From just $8,190 installed
Let us give you a quote for your Sungrow Solar Battery
Common Home Solar Battery FAQ's
Everyone has a few questions so here are the most common.
No. You need to make sure that the battery you are looking at will be compatible with your current system. Call us to discuss this more.
Yes.. but, there’s no point installing a large capacity battery (say 10kWh or more) if you only have a small existing solar system (say 2kW). To charge your battery you need enough surplus solar power to charge it, and an incorrectly sized system could mean that your expensive battery is never even charged! Get in touch with us, we can ensure your solar and battery system is designed correctly.
Not necessarily. Depending on which battery you want to install, you may need to upgrade to a modern hybrid inverter or one compatible with the battery you are looking to purchase. AC-coupled battery systems are compatible with most inverters whereas DC-coupled systems are more specific. We can help with this decision so give us a call.
AC-coupled and DC coupled describes how the battery is charged with your surplus solar power.
An AC-coupled system will have the solar inverter convert your surplus solar power into AC power. The battery will then take this surplus AC power and convert it back to DC to charge the battery. This system is compatible with most existing solar inverters but isn’t the most efficient due to the number of steps in the charging process.
DC-coupled systems take any surplus DC power straight from the solar panels and charge the batteries with it. This is a more efficient way to charge batteries but requires a hybrid inverter, so it’s not compatible with most existing solar inverters.
We can help you find the best solution for your property, please get in touch!
You’ve heard of lithium battery fires before, and most solar home batteries use lithium technology. It is important to note though that not all lithium batteries are the same, there are actually some big differences.
The batteries that we offer all use lithium-iron phosphate cells (LiFePO4) which have a far superior safety profile compared to other lithium-ion chemistries. LiFePO4 batteries are known for their intrinsic thermal and chemical stability that reduces the risk of over-heating and thermal runaway making them one of the safest lithium battery chemistries available. Combine this with the stringent safety requirements the quality manufacturers adhere to coupled with the thorough Australian Standard installation guidelines that we install to and you can rest assured that your battery system will provide safe reliable power for many years to come.