With the rapid development of the communications industry, people in communications, especially mobile communications have become increasingly demanding, in which for the depth and breadth of coverage is particularly urgent. But the national and global network coverage falls far short of "at any time, any place" for communications equipment to provide reliable, stable, small, efficient electric power support for the four-point demand. Because in today's highly competitive telecommunications carriers, network coverage, investment and so has been included in operating costs among the fine management, and this small-scale wind generators for large-scale entry into the communications industry has provided a rare opportunity. Previously, small  wind turbines in view of the technical aspects of their own lack of small-scale mobile communication networks, small wind turbine applications in the communications industry face very narrow, only away from the grid unmanned relay stations and satellite earth station as solar energy a small amount of auxiliary power supply battery to use. If the small-scale wind turbines in the communications industry for the electric power through the application of the characteristics of the design and transformation, will be in a small wind turbine applications in the communications industry, enormous potential to explore, but also will make the communications network covering the breadth of and depth, has a large-scale development.

The small wind turbine for the communications industry can be a smaller cost, great benefits. In reducing the communication network operating costs while improving the quality of network operations. Will greatly reduce the communication network's dependence on the grid and increase the capacity of resistance to a power failure, the marginal network that enables mobile network coverage expansion and operation of more in-depth, and to promote the energy mix to green, clean, environmentally friendly aspects of the development of contributed!