Wind power generation horizontal axis 1000W small household wind turbine
1.Adopt direct drive permanent magnet generator, upwind, automatic adjustment of wind direction, gearbox transmission design, the whole machine start wind speed is low, small size, light weight, beautiful appearance, low vibration operation.
2.The motor shell and engine room are cast in one body, the material is aluminum alloy, has the advantages of good heat dissipation, light weight, the surface adopts strict anti-corrosion measures, durable.
3.The blade of the wind turbine adopts the new process of precision manufacturing, with optimized aerodynamic shape design and structure design, easy installation, high utilization coefficient of wind energy, increase the annual power generation.
4.Professional magnetic circuit design, motor starting torque is low, reduce the start wind speed, improve the utilization rate of wind energy.
5.Humanized design, the whole component is light, flexible, convenient lifting, installation and disassembly.
6.Suitable for small wind farm, smart grid, micro grid system and other applications.
7.Adopt the intelligent tracking technology of wind power generation efficiency, effectively adjust the current and voltage, and the generation conversion efficiency is high.
Wind turbine breakdown diagram
1、wind turbines body
3、steel pipe support
4、wind turbine shaft
5、wind wheel hub
6、wind turbines piece
7、resistance of pine nut
13、stainless steel screw
14、resistance of pine nuts
15、stern rudder hull
|Start-up wind speed||2.0m/s||2.0m/s||2.5m/s||2.5m/s||2.5m/s||2.5m/s|
|Rated wind speed||12m/s||12m/s||12m/s||12m/s||12m/s||12m/s|
|Survival wind speed||45m/s||45m/s||45m/s||45m/s||45m/s||45m/s|
|Number of blades||3 pieces|
|Blade material||nylon fiber|
|Body material||aluminium alloy|
|Generator||three phase AC permanent magnet generator|
|Control system||electromagnetic brake|
|Yaw mode||automatic windward angle|
|Lubrication mode||self lubrication|
|Tower form||guyed tower/independent tower|
To charge the battery, the output voltage of the solar panel must be higher than the current voltage of the battery. If the voltage of the solar panel is lower than the voltage of the battery, the output current will be close to 0. Therefore, for safety reasons, the peak voltage (Vpp) of the solar panel is about 17V when the solar panel is manufactured, and it is set as standard when the ambient temperature is 25°C. When the weather is very hot, the peak voltage Vpp of the solar panel will drop to about 15V, but in cold weather, the peak voltage Vpp of the solar energy can reach 18V.
Household power generation
Agricultural electricity consumption
Offshore wind power
Mountain area power supply
Landscape of Tourism