Distributed wind power generation system can be applied in various climates: severely cold areas in winter, high humidity areas in rainy season, coastal salt spray areas, high altitude areas and Gobi desert areas. Multiple wind turbines run independently without interference.

Safety is one of the most important features of electronically controlled wind turbines. The electronic control technology is an intelligent safety protection system that enable the turbines run at the highest speed and with the highest constant voltage. Over-speed, over-voltage and over-speed protection functions ensure the safe operation of the whole equipment.

Electrionically controlled wind turbine features low speed, good starting characteristics, low rated wind speed and higher power generation. It can generate sustainable and stable power at the speed range of 11-25m/s, which is highly reliabile. The annual cumulative power generation is 30% higher than that of ordinary turbines.

It is connected to the grid at medium power and designed as a system with low requirements onthe grid side. Units/controllers/inverters are designed and integrated into complete sets, and all parameters are involved in every links of power generation, fully ensuring safe and efficient operation of the units. It has high utilization rate to ensure that wind resources are input into the grid with maximum efficiency.

The integrated system is equipped with a monitoring device, which can remotely monitor the operation status of each turbine. It has functions of remote fault diagnosis, remote reset and data analysis, etc.