Technology

LiFePO₄ batteries and energy storage

The inverter, energy storage, protection components and switchboard must be planned as one architecture for the specific property.

Four parts of the system

Every component is selected as part of one compatible system.

Hybrid inverter

Manages energy sources and protected loads within the selected configuration.

LiFePO₄ battery

Stores energy; model and capacity depend on loads and the autonomy target.

Electrical protection

Protection devices and connections are planned for safe integration.

BMS & monitoring

The battery management system (BMS), current limits and inverter communication are checked for the selected models.

Interactive diagram

See the direction of energy.

A Tbilisi apartment while the city grid operates normally

01 / APARTMENTProtected apartmentPOWERED

Concept illustration of grid transmission towers and a city

02 / GRIDGRIDONLINE

A modern residential neighbourhood in normal mode

03 / HOMEProtected homePOWERED

The visualisation explains the principle. The actual wiring architecture is defined per project.

Technical data only with a specific model.

Power, transfer time, cycle life, efficiency, warranty and autonomy are not generalised. They are confirmed against the selected model’s official documentation and project conditions.