Household

Implementations

Household

Implementations

Household Implementations

The use of grid-connected household energy storage systems combined with solar or wind power plants allows a home to store clean energy for its own use or to sell back to the grid. Combined with solar or wind power plants and grid-tied residential energy storage systems, the use of more clean energy back to the grid to sell a house for its own use or storage. The system can also then be automatically recharged from the grid during off-peak hours and benefit from cheaper tariffs.

This installation creates a more flexible energy system, increasing the possibilities use of renewable energy and helping to decarbonize the grid.

We give offer people the possibility the right to choose energy sources as they wish and we believe that everyone has the right to use sustainable energy. POMEGA Home Energy Storage Systems provide you with energy independence.

Featured Features

Pomega Energy Storage Technologies

It helps you to control your renewably-sourced energy generation and get maximum benefit from your production. Renewable energy is sustainable only if it is stored.

Long Life Use

Lithium iron phosphate battery cells have a longer life cycle than other cells due to chemistry of battery cells. Pomega enhanced the basic components of the battery, such as cathodes, anodes, electrolytes and polar parts of the battery to slow down battery capacity loss and extend the battery life.

Smooth Operation

Pomega provides security and reliability with well-selected and designed raw materials, multi-levelled protective structures, automatic production processes, comprehensive test and verification, 24-hours monitoring and early warning systems in real scenarios.

Effective and Profitable

With multiple scenario adaptation, it could be used with applications such as peak-shaving, arbitrage and side services. It also increases efficiency with smart systems as well as reduces electricity costs.

Flexible and Useful

Easy to install and maintain with modular design. Thanks to its high compatibility, the capacity could be increased. Parallel use is also allowed with high capacity.