| 摘要 |
The present invention relates to a new offshore wind power generation system for producing electricity by installing a wind power generator on the sea, and more specifically, to a hybrid type offshore wind power generation system for combining photovoltaic power generation and wind power generation by attaching solar cells to a support as a steel structure for supporting the wind power generator. High energy efficiency can be obtained by installing the photovoltaic power generator to be combined with the wind power generator because energy generation efficiency has a limit due to generating energy only by the wind power generation. According to the present invention, the offshore wind power generation system (geared type) having the solar cells attached to the support thereof comprises a foundation structure, a wind power generator support, a blade part, a photovoltaic installation part, a geared type power generator part, and an inverter part. According to the present invention, the offshore wind power generation system (geared type) having the solar cells attached to the support thereof is the offshore wind power generation system, wherein the offshore wind power generation system has the photovoltaic power generator on the surface of the support as the steel structure for supporting the wind power generator so that the maximum energy efficiency can be obtained. The solar cells are evenly attached to the surface of the support as the steel structure for supporting the offshore wind power generation system so that a large amount of the energy is additionally obtained only by attaching the solar cells to the support without securing an extra space. In addition, a large amount of the solar cells is evenly attached to the surface of the support so that space utilization can be efficient. |
