Large-scale Solar Energy Storage System Solution

The photovoltaic array is a complete power generation unit, consisting of any number of photovoltaic modules and panels. Many 450W-580W photovoltaic modules composed of crystalline silicon cells form photovoltaic arrays installed in series on various types of supports.

Photovoltaic arrays are typically installed on residential roofs, commercial roofs and ground utility scale systems (power stations or industrial parks, etc.).

The battery system is composed of lithium iron phosphate class A cell with good safety performance and long life. A single battery pack is 64V280AH, and 12 batteries are connected in series to form a 215 KWh battery cluster. Multiple battery clusters are connected in series to reach the final required capacity of the system. The battery system stores the photovoltaic power generation energy or the trough energy of the power grid to release when the load is needed, to meet a variety of application scenarios.

• Battery status monitoring

• Events record and storage function · Operation control

• Insulation detection

• Dynamicbalancing management

• Protection alarms

• Communication

• Wide-range of DC input voltage

• Short conversion time of full power from charge to discharge

• Indoor or outdoor installation

• Low voltage ride through

• Reactive power adjustable, max.reactive power up to 500kVar

• Active power derating

• Film capacitor design

• Controlling PCS and battery stacks to work together

• Providing local monitoring and control operation interface

• Providing remote monitoring and control operation interface

• Recording and storing important operation parameters as accidents and failure data.

A highly sensitive fire alarm system is equipped with temperature sensor and smoke detector. The system has the functions of automatic fire detection, automatic fire alarm, automatic fire extinguishing and automatic fire control status. At the same time, it has self-inspection function, monitoring fault and fault alarm to ensure the fire safety of energy storage power station.

Effective heat management of the heat dissipation of the energy storage system to ensure that the system is in a constant temperature and humidity state, and prevent the energy storage system capacity attenuation, short life reduction and thermal runaway.