Strong environmental adaptability
Whether it is on high plateaus, mountains, islands, or remote areas, as long as the wind energy meets certain conditions, it can operate normally and provide power to user terminals.
Product advantages
Strong environmental adaptability
Whether it is on high plateaus, mountains, islands, or remote areas, as long as the wind energy meets certain conditions, it can operate normally and provide power to user terminals.
Independent power station
In a distributed wind power generation system, each power station is independent of each other, and users can control it independently without large-scale power outages, so the safety and reliability are relatively high.
Multi energy complementarity
Distributed wind power generation can compensate for the lack of safety and stability in the power grid, and continue to supply power in the event of unexpected disasters, which has become an indispensable and important supplement to centralized power supply.
PRODUCT INTRODUCTION
Distributed wind solar energy storage integrated system
Distributed wind power generation is a distributed power generation system that uses wind turbines as distributed power sources to convert wind energy into electrical energy. It is a small modular, decentralized, and efficient and reliable power generation mode with power generation ranging from several thousand watts to several hundred megawatts (some suggest limiting it to 30-50 megawatts), arranged near users. It is a new and promising method of power generation and comprehensive energy utilization.
SOLUTION
Distributed wind solar energy storage integrated system
According to the capacity of the wind turbines, the wind power is directly distributed on the user side of the 10kV or 380V distribution network as a power source, and the connection method is shown in the figure. During operation, when there is wind, the wind turbine generates electricity, reducing the demand for electricity from the distribution network side load to the transmission network. The greater the wind, the less electricity is needed. When there is no wind, the electricity from the grid will be automatically replenished.