The living environment of wind power companies is difficult, and county-level power companies are very boring. It would be better if they are in county towns. Wind power plants are generally located in mountains. The wages of wind power companies and county-level power companies may be slightly higher, but not much different. The prospects for wind power and electric power companies are similar. Wind power is a bit risky. If you like a good environment and good air, and if you can't bear the loneliness, you can go for wind power generation. It's a bit more difficult for your wife. If you don't want to endure hardship, don't come. I work at a wind farm, and I feel that Huaneng Wind Power has a better future than county-level power companies. It depends on what kind of county you are in~
Is the Breeze Power Project real?
Wind farms should first consider meteorological conditions and social and natural conditions.
1. Meteorological conditions?
1.1. The quality of wind energy should be high. The primary condition for a wind farm site must be abundant wind energy resources. The annual average wind speed is above 5m/s, the effective wind hours at a height of 30m is above 6000h, and the effective wind energy density is above 240w/m^2. It is suitable for the construction of large wind farms.
In fact, the factors that affect the quality of wind energy include annual average wind speed, average wind power density, wind frequency distribution, available hours of effective wind speed, wind direction stability, etc. ?
1.2. The prevailing wind direction at the wind farm site is stable. Stable wind direction can not only increase wind energy utilization, but also extend the life of wind turbines. ?
1.3. The degree of turbulence in wind farms should be small. Wind is random and affected by the surface roughness of the site and nearby obstacles. The formation of wind field turbulence is generally caused by the wind channel being too rough or the sudden changes in wind speed and direction caused by obstacles. It will not only affect the output of the wind turbine, but also cause vibration and uneven loading of the wind turbine, reduce the service life of the wind turbine, and in serious cases may cause accidents in which the blades fly out. ?
1.4. There should be fewer natural disasters at wind power generation sites. Strong winds, hail, thunderstorms, earthquakes, etc. will all affect wind turbines. ?
2. Social and natural conditions?
2.1. The terrain of the wind power site should be relatively flat and the geological conditions should be good to facilitate civil construction. ?
2.2. Convenient transportation. It is necessary to consider whether the supply of equipment and the transportation of main construction materials of the proposed wind farm are convenient. Is it conducive to the construction and transportation of large cranes and flatbed trucks? ?
2.3. The wind farm should be as close as possible to the grid access point. For example: close to existing 10KV and 66KV substations and lines to reduce power loss and delivery project costs. Occupy as little cultivated land as possible to reduce ecological damage. ?
2.4. Surrounding environment. The construction of wind farms generally affects the normal life and migration of birds and birds. In order to protect the ecology, the site should try to avoid bird flight routes, migratory birds and animal habitats, etc., and stay away from nature reserves, military facilities, and densely populated areas. Region etc.
The Breeze Power Project is real. Zibo News Network (Reporter Wang Qi) Wind power generation, Zibo has a new breakthrough "Breeze Power Generation" project promotion conference, inLeading position. The "power cycle feedback trigger acceleration technology" used in the "Breeze Power Generation" project of Dongsheng Rongju Breeze Power Generation Co., Ltd. relies on the unique design of the wind harvesting structure system to give full play to the wind power of the breeze, causing the local wind field to form a circulating vortex, and the wind power enters the wind harvesting system Afterwards, it can be fully utilized through circulation in the blade gap. After testing, after the application of this technology, the wind energy utilization rate increased by 30% compared with before use. It is a major technological breakthrough in the field of wind power generation, doubling the power generation efficiency under the same wind conditions. .