These energy storage containers are made up of lithium iron phosphate batteries with a high energy density and a long cycle life. Very little space is unused with a compact box structure. The entire system is highly integrated and easy to install and transport.
This diagram shows how
the Energy Storage Systems interface with the electrical grid. Power from solar
panels or wind turbines is stored in Lithium Batteries during low grid demand. The
energy stored in the storage system is used for power shifting for peak shaving
or demand compensation and pulse load compensation in houses, factories,
ferries, etc.
The following
advantages will be enjoyed when the storage system is utilized:
·
High energy
density, small footprint, short construction period, and strong environmental
adaptability
·
Standardized
components and modular architecture for easy expansion
·
Battery module
within the layered stack design
·
Battery Management
System (BMS) with SOC automatic calibration
·
High precision
detection includes cluster voltage detection in real time, cluster
charging/discharging current detection, cell terminal voltage detection,
cluster multipoint temperature, and cluster electric leakage detection
·
Equalization
function
We’re very pleased to be on the cutting edge of new
Energy Storage technology innovations. Whether you need a 500KW, 1MW, 15MW, or
30MW system these new additions reflect our main slogan, “No project is too big
or small.”
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