| 摘要 |
PROBLEM TO BE SOLVED: To provide a thermal strain optimum light inclination photovoltaic cell energy storage power generating system.SOLUTION: A thermal strain optimum light inclination photovoltaic cell's use of thermal strain of a bimetal 1 at the time of an optimum angle of a sunlight irradiation angle makes it possible to use performance of a photovoltaic cell 2 without damaging the performance. A thermal strain optimum light inclination photovoltaic cell energy storage power generating system is an energy storage power generating system that uses a sunlight monument tower for disaster measures and stores power for the time of disaster to enable supply to regional power. The thermal strain optimum light inclination photovoltaic cell energy storage power generating system stores drinking water necessary at the time of disaster, stores portable energy for the time of emergency obtained by performing hydrogen conversion on the water using power generated by using optimality of the photovoltaic cell at the normal time, and is capable of generating power using a fuel cell as necessary. The thermal strain optimum light inclination photovoltaic cell energy storage power generating system is a cooling system that optimizes a cost by performing thermal insulation using a vacuum insulation material on a roof of a building such as a factory whose roof is not thermally insulated, is an all-weather type system because of including a power storage system, and also supports existing power.SELECTED DRAWING: Figure 1 |
