100KWH BESS

Using lithium iron phosphate (LiFePO4), it has high energy density. The 100KWh capacity can meet the electricity demand of small and medium-sized units throughout the day. At the same time, it is small in size and flexible to install (container type/wall-mounted).

Integrated BMS (battery management system) + EMS (energy management software), supporting:

Peak-valley arbitrage: automatically charge during low electricity price periods and discharge during high electricity price periods.Photovoltaic priority: give priority to solar power generation, and

store or return surplus power to the grid.Multi-mode switching: one-click adjustment of grid-connected/off-grid/hybrid mode.

Multiple protections: overcharge/over-discharge/short circuit/temperature protection, IP55 protection level (dustproof and waterproof).

Long cycle life: LiFePO4 batteries can reach 6,000 cycles (80% capacity retention rate) and have a lifespan of more than 10 years.

Integrated BMS (battery management system) + EMS (energy management software), supporting:

Peak-valley arbitrage: automatically charge during low electricity price periods and discharge during high electricity price periods.

Photovoltaic priority: give priority to solar power generation, and store or return surplus power to the grid.

Multi-mode switching: one-click adjustment of grid-connected/off-grid/hybrid mode.

Adapt to multiple energy inputs such as photovoltaic inverters, diesel generators, and power grids, support AC/DC coupling, and flexible expansion (can be modularly stacked to MWh level).

Seamless switching during power outages (<20ms) to ensure continuous operation of key loads (refrigerators, medical equipment, production lines), suitable for areas with unstable power grids.

Reduced electricity costs: Save 30%~50% of electricity costs through peak-valley price differences.

Policy benefits: Participate in virtual power plants (VPPs), green power subsidies, etc., to accelerate investment returns (payback period of 5~8 years).