Performance characteristics:

(1) Reliability: power for new energy power generation is often installed in mountainous and pasturing areas, borders and islands that have no access to grid or convenient transportation. Once the power failure occurs, the repair work will be very difficult. Therefor, there are strcit requirements for the power reliability, avoding cooling, insulation and long-distance transportation issues caused by the huge temperature gap between day and night, as well as the thin air of high altitudes.

(2) High efficiency: DC/DC, DC/AC the two conversion efficiency is up to 94.5%. The current cost for one KWH is still high , and the solar panels and battery are expensive. Improving the efficiency of the powerr inverter can reduce the capacity of the solar panels and battery, thereby reducing the investment.

(3)Battery pack management functions: photovoltaic power plants and wind power stations often have dedicated controller to have the real-time management for the battery charge and discharge. Our way of achieving the battery over -discharge protection by the power components inside the inverter not onlu simlifies the circuit, reduces the costs, but also can avoid the arcing issue when the controller custs off the DC. This helps imporve the reliability of the system.

(4) It can have built-in solar charge controller and wind generator controller, easy to build a new energy generation systems.