The Battery system is composed of 5 battery racks in parallel.
The Battery system composed of 5 battery racks in parallel. Each battery rack contains 8 battery modules, each battery module is composed of 104pcs battery cells in series connection, so the battery system contains 4160 battery cells.
Battery container is the core unit in the energy storage system and acts as the equipment for storing electrical energy. It can be applied to many applications including renewable energy integration, frequency regulation and voltage regulation of the grid.
Battery containers consists of battery system, battery management system (BMS), fire suppression system (FSS), thermal management system (TMS) and auxiliary distribution system.
The basic units of the whole system is listed as following:
In the next post, we will go more into detail of the battery rack system overview.
Please look at 9 different scenarios I have listed in the following pictures and share your ideas.
BESS plant has been connected to an upstream 150kV national grid that is already energized by wind turbines (Wind Park). Batteries could be charged by upstream grid or discharged to upstream grid.
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