LiFePO4 Battery for Solar home system

详情

Battery parameters

1:Battery type: LiFePO4

2: Rated Voltage: 192V DC

3:Voltage Range: 150-230V

4:Charging Mode: CC->CV

5:Capacity: 11.5KWh(Optional capacity)

6:DOD:70% (Settable)

7:Maximum discharge power: 5KW

8:Lifetime: >3000 cycles

9:Dimensions(mm): 470(W)*380(D)*600(H)

Introduction:

CHINENG03 is a new household energy storage system developed by Chineng that uses long-life and environmental-friendly LiFePO4 battery as the carrier of energy storage to generate electricity by solar energy. The solar power can be stored in the battery to achieve self-occupied. The excess electricity will be fed into the public grid to achieve energy efficiency as well as the economic gains for the sale of electricity.


Feature:
1:Grid-tied energy storage system in which power generated by PV is stored in the battery to facilitate self-sufficient power generation and consumption. The excess energy will be fed into public grid

2:Advanced battery management system which ensures that the system will get off the grid quickly in case of grid power failure to guarantee the electricity safety.

3:PV grid-connected power maximum generation power can be set up

4:Solar power is preferred to load consumption, excess energy stored into the battery, then feed into public grid. When the battery pack has no electricity and the PV power is low, load consumption provided by the PV and the public grid.

5:When PV is no power , the battery will be inverted to the load consumption and the power do not feed into the public grid

6: Advanced battery management system: real-time collection of dynamic data of the cell. The charge and discharge of the battery are managed by high-speed CAN communication technology to ensure the recycled life of lithium battery and the maximized discharge capacity

7:Communication mode: RS485



Application:

1:Photovoltaic power generation and energy storage for average households

2:Small business districts and offices

3:Fields with uninterrupted power supply

4:Districts of sharply contrasted peak-valley prices