Energy Storage System

Residential Energy Storage

More and more families are configuring lithium battery energy storage systems for their houses. They hope to be independent of power companies and rising electricity prices, and contribute to green energy.
The Residential energy storage system uses solar energy, the household wind generators, and the electricity generated by the power supply system is stored in the energy storage system, which can not only be used as an emergency power source, but also save electricity expenses for the family and improve the quality of life.
The Residential energy storage system provided by Vika can meet the needs of various types of houses.

Residential Energy Storage
Commerical Energy Storage

Commerical Energy Storage

As an energy-saving solution in the commercial and industrial sectors, vika commercial energy storage system integrates energy development and consumption to maximize energy-saving effects and electricity cost control. The excess electric energy at the access point of the energy storage system is stored in the battery, and the electric energy is released when needed, so it has an excellent energy-saving effect.


Customized solution;
Full product scope, 1KVA~800KVA;
Beautiful appearance, standard container design, can also be customized;
Modulization designing, to meet many kinds of demands.


5G base station construction speed-up lithium iron phosphate market demand is bullish. Lithium iron phosphate batteries have high energy density and occupy less space than lead-acid batteries of the same capacity, providing greater convenience for the transformation of the original site site 5G base station. The application of lithium iron phosphate energy storage equipment can also enable base stations to save electricity bills through power market transactions and applying peak-to-valley electricity prices to cut peaks and fill valleys.

Industrial Energy Storage

As an energy-saving solution in the industrial sector, it integrates energy development and consumption, generating electricity through wind and solar energy, and factories, gas stations and other industrial buildings with high energy demands can maximize energy independence.