Distributed wind power generation system
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Application Areas
Suitable for regions with wind energy grid pricing subsidies globally, areas abundant in wind resources, and regions with average annual wind speeds above 5m/s. Ideal for residential, agricultural, industrial park electricity sales, small wind farms, and other investment-oriented commercial applications.
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System Characteristics
High Reliability
The distributed wind power generation system is suitable for all-weather applications, including cold regions in winter, humid regions in the rainy season, coastal areas with salt spray, high-altitude regions, deserts, and other environments. Multiple wind turbines operate independently without interference.
High Safety
Safety is a prominent feature of the electric control wind turbine. The electric control technology ensures the highest speed and constant voltage with intelligent safety protection systems. Protections against over-speed, over-voltage, and over-current ensure the safe operation of the entire unit.
High Efficiency
Designed for medium-power grid connection with low requirements on the grid side. The system is systematically designed, with the turbine, control, and inverter integrated as a complete set. Every parameter related to power generation is optimized to ensure high efficiency and reliability, maximizing the input of wind resources into the grid.
High Profitability
Electric control wind turbines have excellent low wind speed startup characteristics, low rated wind speeds, resulting in higher electricity generation. They can sustainably and stably generate power in the wind speed range of 11-25m/s, with high reliability, achieving over 30% higher cumulative annual electricity generation compared to conventional wind turbines.
High Intelligence
The integrated system comes with monitoring devices for remote monitoring of each wind turbine's operating status, remote fault diagnosis, remote reset, data analysis, etc.
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