Compact, modular solution tailored to customer needs. Used to store electricity, cover power peak surges and manage local power sources.
High Cube solution featuring two separated fire zones, air conditioning and double floor.
Designed and individually selected to specifically fit existing buildings or energy sites. A specific inverter is chosen according to customer’s needs.
To ensure the highest reliability and long term functionality of the system, the container is regulated to a constant temperature during the day.
Equipped with an autonomous fire extinguisher system for a quick and efficient fire protection.
Management and connection possibilities of local power sources (solar/wind or other power sources) to provide best economical usage of electricity.
Power distribution managed and driven by demand and cost reduction to provide the most efficient usage of your stored energy.
Ensuring self-sufficiency of the facility by providing continuous power supply from the battery storage.
Improving the quality of the grid network by focusing on the long term functionality of the whole system.
Provides flexibility to change battery capacity and inverter power performance.
Selected individually after analysis of existing building or site energy management. Resulting capacity is chosen according to the customer’s needs.
EnergyCloud is not all about selling batteries and solar panels. The term energy cloud itself refers to a new, changing concept of the energy industry. The future of modern energy is based on connection a large amount of DER (Distributed Energy Resources), operators of ESS (Energy Storage Systems) and consumers; All working together as virtual power plants (VPP). EnergyCloud’s main mission is to bring all these industrial and commercial entities together to provide a working solution.
The Battery container can be charged by solar, wind or other energy resource. The battery balances energy supply and demand, avoiding significant investments in grid connections. Further, the battery features peak-shaving functionality to avoid paying surcharges during consumption peak hours. The battery is optimized to provide wide range of primary services such as supply of Fast Frequency Response (FFR) to reduce constraints on the network inter-connector, reduction of
expected unserved energy due loss of supply, and islanding of the BESS with the local load. With automatic battery management system and our power-control electronics, the battery provides fully autonomous, stable and safe energy resource for buildings and facilities in on-grid and off-grid locations.