< Topic >The cultivation house which has the solar panel which you can cultivate the plant under the solar panel and at the same time you can do solar optical generation of electricity efficiently is offered.SolutionsIn order the plant the base material for central axis to become east western direction between 2 which supports the multiple solar panels 1 which in the height which becomes cultivation possible provide the reflector on back and base material 2, crossing making pour central axis in the latitude line axis 3 which was constructed, and latitude line axis 3 both axes through the orthogonal splicing fitting 5 which it makes axial revolution possible, the 1st time motive structure 6 where it has the longitude line axis 4 which, you joint distribution facilities doing the solar panel 1 which is locked in the said longitude line axis 4 in close state, forms the roof surface, turns longitude line axis 4 latitude line axis 3 as a centerAnd the 1st time dynamic manipulation means 7 which do the revolution manipulation of its time motive structure 6 and longitude line axis 4 the axis the 2nd time motive structure run facilities it does the 2nd time dynamic manipulation means 9 where does the time dynamic manipulation of 8 which it turns and its time motive structure 8 it features that.< Choice figure >Drawing 3【課題】ソーラーパネル下で植物の栽培ができ且つ効率良く太陽光発電を行えるソーラーパネルを備えた栽培ハウスを提供する。【解決手段】植物が栽培可能となる高さに裏面に反射板を設けた複数のソーラーパネル1を支持する支持体2と、支持体2間に中心軸線が東西方向となるように架設した緯線軸3と、緯線軸3に中心軸線を直交差させて両軸を軸回転可能とした直交接続金具5を介して接続した経線軸4を備え、該経線軸4に固定したソーラーパネル1を密接状態に配設して屋根面を形成し、緯線軸3を中心として経線軸4を回転させる第1の回動機構6及びその回動機構6の回転操作を行う第1の回動操作手段7と、経線軸4を軸回転させる第2の回動機構8及びその回動機構8の回動操作を行う第2の回動操作手段9とを連設したことを特徴とする。【選択図】図3
