| 摘要 |
Solar apparatus for concurrent heating and power-generation duty, comprising a base load bearing structure (7) applied on to the ground, and a further load bearing structure (9) supported by said base load bearing structure (7) and secured to the plant solar concentrator (8), and realized in a manner to allow the rotation of said solar concentrator (8) with an established maximum rotation angle, with both a first alternate rotation movement in a circular direction and a horizontal plane along said base load bearing structure (7), and a second alternate movement along a curved path around a vertical plane orthogonal to said horizontal plane. The solar concentrator (8) is actuatable with said first and second movement during all the day by means of respective first and second actuating means (20, 55), controlled by a microprocessor, depending on the corresponding orientations of said solar concentrator (8), respectively detected by first and second sensor means (97, 98; 99, 100), in a manner to orientate the solar concentrator (8) for receiving the possible maximum solar radiation during the day. |
