The utility model relates to a wind turbine inverter, which is characterized in that the coil and the magnetic pole rotate and rotate in opposite directions. The conventional wind power generator replacement tail wind wheel force angle adjustment of wind turbine blade, the wind wheel respectively before and after anti clockwise and clockwise rotation, and at the same time the wind wheel rotates the respective drive coil, rotates, the relative speed doubled, power generation efficiency also doubled. The coil and the magnetic poles are rotated and turned in opposite directions. The conventional wind power generator replacement tail wind wheel force angle adjustment of wind turbine blade, the wind wheel respectively before and after anti clockwise and clockwise rotation, and at the same time the wind wheel rotates the respective drive coil, rotates, relative speed doubled.
【技术实现步骤摘要】
本专利技术涉及一种风力涡轮反相器。
技术介绍
:因为目前的风力发电机要么是线圈在转动,要么是磁极在转动,效率有限,不能更有效利用风能。
技术实现思路
为了克服现有风力发电机效率不高的缺陷,本专利技术提供一种风力涡轮反相器。一种风力涡轮反相器,其特征是线圈、磁极都转动,并互成反方向转动。把传统的风力发电机的尾翼更换成风轮,调整风轮叶片的受力角度,使前后风轮分别成逆时针和顺时针方向转动,前后风轮转动的同时各自带动线圈、磁极转动,相对速度成倍增长,发电效率也成倍增长。线圈、磁极都转动,并且成反方向转动。把传统的风力发电机的尾翼更换成风轮,调整风轮叶片的受力角度,使前后风轮分别成逆时针和顺时针方向转动,前后风轮转动的同时各自带动线圈、磁极转动,相对速度成倍增长。
【技术保护点】
一种风力涡轮反相器,其特征是线圈、磁极都转动,并互成反方向转动,把传统的风力发电机的尾翼更换成风轮,调整风轮叶片的受力角度,使前后风轮分别成逆时针和顺时针方向转动,前后风轮转动的同时各自带动线圈、磁极转动,相对速度成倍增长,发电效率也成倍增长,线圈、磁极都转动,并且成反方向转动。
【技术特征摘要】
1.一种风力涡轮反相器,其特征是线圈、磁极都转动,并互成反方向转动,把传统的风力发电机的尾翼更换成风轮,调整风轮叶片的受力角度,使前后风轮分别...
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