Solar Energy Storage System
Balcony micro solar system 400-2000W
Install 1-4 lightweight 440W efficient n-type PV modules, connect them to an indoor highly integrated energy storage battery through microinverters integrated on the back of the PV modules. Efficiently store the solar power generated during the day and use it during the night or peak electricity consumption periods. This allows residents to fully utilize solar power in limited balcony space, achieving self-sufficiency and energy saving.
Comes with dedicated photovoltaic brackets and quick connection cables, simple assembly is all that is needed to start using it.
Residential single phase solar ESS 3~6kW
Install 10-18 lightweight 440W efficient N-type TOPCon PV modules, it can produce 15-30kWh of green electricity per day. The energy storage inverter integrates real-time monitoring of household load demand and photovoltaic real-time power, intelligently scheduling the charging and discharging of energy storage batteries, and is the smart center of the home microgrid. The energy storage inverter adopts home appliance aesthetics design, blending with the home environment.
Commercial three phase solar ESS 25~50kW
Using large-size 620W high-efficiency N-type TOPCon PV modules, the containerized energy storage inverter is highly integrated, easy to install and maintain. The solar energy storage integrated system can not only ensure independent power supply, free from power outages, stable power supply, but also can smooth and reduce the price difference between peak and valley electricity, saving electricity costs for enterprises. Through energy-saving and emission reduction of solar power generation, it demonstrates the commitment of industrial and commercial enterprises to environmental protection and sustainable development.
Solar ESS appliances
The solar energy storage and charging system is a microgrid composed of PV system, LFP batteries, charging piles, and EV. The surplus electricity generated by PV system is stored in the LFP battery, which can be used to charge EV through the charging pile at any time, realizing the convenient and clean use of solar energy to drive vehicles.
The PV ESS and heating system is a microgrid composed of PV system, LFP batteries, and heat pump air conditioning. Using DC coupling, only a few electricity is needed to drive the heat pump compressor to extract heat from outdoor air and transfer it indoors for heating, achieving uninterrupted and efficient use of clean solar energy.