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縦軸の回転シャフトに腕木を取り付け、該腕木の先端に風受け翼を設けて回転翼とし、縦軸の回転シャフトが中心となるよう前記回転翼の外周を風向調整板翼付きパネルで構成し、前記風向調整板翼は風向を前記風受け翼に向くよう調整した複数枚の風向調整板で構成し、前記縦軸の回転シャフトの回転によって発電モーターを回転させるようにした発電ハウス。
An arm is attached to the rotary shaft of the vertical axis, and a wind vane is provided at the tip of the arm to form a rotary vane. The wind direction adjusting plate blade is constituted by a plurality of wind direction adjusting plates whose wind directions are adjusted to face the wind receiving blade, and the power generation motor is rotated by rotation of the rotary shaft of the vertical axis.
請求項１記載の発電ハウスにおいて回転シャフトへ無風や微風時に発電を継続するためにガソリン、軽油等で作動するエンジンを連結した発電ハウス。
The power generation house according to claim 1, wherein an engine operating with gasoline, light oil or the like is connected to the rotating shaft in order to continue power generation when there is no wind or light wind.
請求項１記載の発電モーターに接続した蓄電用バッテリーへ太陽光発電を併用接続してなる発電ハウス。
A power generation house obtained by jointly connecting solar power generation to a battery for power storage connected to the power generation motor according to claim 1.
JP2009092835A2009-04-072009-04-07Nature-friendly power generation house
PendingJP2010242636A
(en)