Big Energy for Big Problems.
Customisable and deployed at scale, for a variety of project sizes, locations and applications
Power, Where It Actually Matters.
Lower peak demand charges, improve energy predictability, and protect operations from volatility. Built to scale with growing loads and evolving commercial needs.
Store excess solar when it’s abundant, release it when the grid needs it most. Designed to smooth intermittency, protect revenue, and unlock grid participation without compromise.
Built for Australia’s distances, climates, and isolation. Reduce reliance on diesel, stabilise remote sites, and keep operations running where outages aren’t just an inconvenience, they’re a risk.
Pair storage with existing diesel systems to cut fuel consumption, extend generator life, and reduce emissions without sacrificing reliability or control.
Pair storage with existing diesel systems to cut fuel consumption, extend generator life, and reduce emissions without sacrificing reliability or control.
A system you can size to your site. Add what you need now, expand when you’re ready. Fast Install, less gear. No cranes. No specialist install equipment. Just stack-and-play, with clean, simple connections between modules. Quick commissioning and automatic device networking helps the whole system come online faster, so you’re up and running sooner.
Most batteries store energy. Greengaroo moves it. With a discharge rate up to 2× faster than many alternatives, you can respond to peak demand and grid events instantly.
2x ultra-fast discharge for instant power when it matters most. That means stronger peak demand support, smoother load shifting, and more reliable backup power.
2x ultra-fast discharge for instant power when it matters most. That means stronger peak demand support, smoother load shifting, and more reliable backup power.
2x ultra-fast discharge for instant power when it matters most. That means stronger peak demand support, smoother load shifting, and more reliable backup power.
Monitoring. Optimisation. Over-the-air updates.
Smarter Storage, From Day One.
From design through commissioning and long-term management, our software is built to push performance higher, keep risk lower, and improve revenue outcomes over time. It’s fully integrated, meaning end-to-end control, monitoring and optimisation.
Over-the-air updates and hardware-in-the-loop testing mean your battery gets smarter after day one, not older.
Built to go anywhere.
Performance, at a glance.
Reliable performance through heatwaves, cold snaps, storms and everything in between.
2x ultra-fast discharge for instant power when it matters most. That means stronger peak demand support, smoother load shifting, and more reliable backup power.
2x ultra-fast discharge for instant power when it matters most. That means stronger peak demand support, smoother load shifting, and more reliable backup power.
2x ultra-fast discharge for instant power when it matters most. That means stronger peak demand support, smoother load shifting, and more reliable backup power.
13.5 KWh1
Up to 10 KW, depending on local conditions
Up to 10KW, depending on local conditions 185 A motor start Quick backup transition
Solar-to-grid efficiency 97.5% 3 solar inputs with maximum power point trackers
H*W*D
1,105 mm * 609 mm
* 193 mm 130 kg
Up to 4 units System expansion available soon
40.5kWh max addition per unit
-20 °C to 50 °C
Flood and dust resistence2
integrated inverter and system controller
Meets local safety and EMI standards
10 Years
If you can’t find what you’re looking for here, our local team is always available to help. Reach out to us directly.
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| PARAMETER | SPECIFICATION |
|---|---|
| Model | HVCB03-125 High Voltage Control Box |
| Working Voltage Range | 150V-900Vdc |
| Nominal Current | 100A continuous, 125A Max |
| Working Temperature | -40 C-85 C |
| Communication Interface | 2 ways CAN / 3 ways RJ45 Physical Interface |
| Analog Quantity Signal | 5 ways Dry contact @2 ways output, 3 ways input |
| Temperature Detection | 2 ways @NTC 10kOhm B3950 |
| Dimension | 478mm x 434mm x 133mm (W x L x H) |
| Weight | 11.5kg |
| PARAMETER | SPECIFICATION |
|---|---|
| Working Voltage | 24Vdc |
| Working Temperature Range | -30 C-75 C |
| Working Humidity | 5%-95% |
| 485 Communication | 5 ways @Modbus |
| Ethernet Communication | 3 ways @TCP/IP |
| CAN Communication | 2 ways CAN 2.0B |
| Dry Contact | 9 ways @5 ways output, 4 ways input |
| Temperature Detection Range | -40 C-120 C |
| Temperature Detection Accuracy | <= +/-1 C |
| Operating Power Consumption | <3.8W |
| Sleep Power Consumption | <0.03mW |
| SD Card Storage | Standard configuration 64G TF card |
| PCS Communication | 485 or CAN |
| EMS Communication | TCP/IP |
| Dimension | 348mm x 150mm x 48mm (W x L x H) |
| PARAMETER | SPECIFICATION |
|---|---|
| Cell Type | LiFePO4, Cylindrical cells |
| Configuration | 16S21P |
| Nominal Voltage | 51.2V |
| Nominal Capacity | 96600mAh / 4946Wh |
| Working Voltage Range | 46.4V-56.8V |
| Charge Temperature | 0-55 C |
| Discharge Temperature | -20-60 C |
| Dimension | 438mm x 536mm x 221mm |
| Weight | About 48kg |
| Communication Type | CAN |