libbi is a fully modular energy storage system. Each module can store up to 5kWh of energy. You can install between one and four battery modules, giving a total storage capacity of up to 20kWh. The system is paired with a hybrid inverter available in two options: 3.68kW or 5kW.
| Model No. | Inverter | Battery Capacity |
| LIBBI-305Sh | 3.68kW | 5kWh |
| LIBBI-310Sh | 3.68kW | 10kWh |
| LIBBI-315Sh | 3.68kW | 15kWh |
| LIBBI-320Sh | 3.68kW | 20kWh |
| LIBBI-505Sh | 5.00kW | 5kWh |
| LIBBI-510Sh | 5.00kW | 10kWh |
| LIBBI-515Sh | 5.00kW | 15kWh |
| LIBBI-520Sh | 5.00kW | 20kWh |
System Dimensions
The physical size of the libbi system depends on how many battery modules are installed. Each module adds height to the stack. Below is a general guide:
- 1 battery module: ~1080mmheight
- 2 battery modules: ~1570mm height
- 3 & 4 battery modules(dual stack): ~1570mm height ~1280mm Width
Note: Add 30mm depth if using wall mounting brackets. Accessories like the floor stand or top cover will also affect total dimensions.
Installation Clearances
To ensure both safety and ease of access, libbi must be installed with the following minimum clearances:
- At least 600mm clearance on either side and in front of the unit — keep clear of any object, device, exit, window, or air vent
- A minimum of 500mm from the ceiling*
- 200–300mm between battery stacks to allow access to the side panels
- The top of the libbi inverter must not be installed higher than 2.2m above ground level
- When installed in corridors, lobbies or hallways, a safe 1 metre egress must be maintained
- If mounted on a wall that backs onto a habitable living area, that wall must be non-combustible or have a non-combustible barrier fitted between the wall and the unit
Safety vs Access
The clearance between stacks is purely for servicing and maintenance access. All other spacing requirements are mandatory fire safety precautions.
Fire Protection Rule
*If the space above the libbi system is less than 500mm, the ceiling and any walls within a 600mm radius must be made from non-combustible materials.