The integration of charging solutions into an existing infrastructure can quickly exhaust the available grid capacity. Expanding the grid capacity, however, is time-consuming and costly, and makes the development of charging infrastructure challenging. Although self-generated energy in the form of wind, solar, biomass or hydro power helps to increase the available electricity of the grid, it is often unpredictable. Therefore, balancing generation and consumption is key.
Energy needs to be stored using technology that is automated dispatching it when needed. These batteries installed on the power distribution level support the network's resilience by analyzing the balance and either storing power or dispatching it when needed.
With SIESTORAGE NEO!
Allowing high power charging on weak grid connection, storing self-generated energy, balancing peak loads, smart and efficient load management, and power factor correction – these are only some of the key features of SIESTORAGE NEO. The base configuration of the battery storage system provides 184 kW of power, with a capacity of 164 kWh. This can be extended up to 368 kW of power and a capacity of 656 kWh at any point in time, with various options for project specific customization. SIESTORAGE NEO distinguishes itself with its compact and space-saving design, containing all components in one housing. It is robust against outer influences and thus a reliable system for any location. Its modularity and scalability allows for different storage power, capacity and further set-up options – all specifically tailored to your needs.