Producing energy for private and industrial household, comprises connecting an antibacterial microfiber with a photosynthetic solar power plant and transmitting stimulation energy to reaction centre after light absorption

摘要

The method for production of energy useful for private and industrial household, comprises connecting an antibacterial microfiber with a photosynthetic solar power plant that is cellular isolators like separators, which delimit processing agent and reaction product and transmitting stimulation energy very quickly to reaction centre after light absorption. The antibacterial microfiber is a nanocrystalline semiconductor film like a porous mass and the scheme of a membrane and a photo synthetic bacterium. The stimulation energy releases electron carrier. The method for production of energy useful for private and industrial household, comprises connecting an antibacterial microfiber with a photosynthetic solar power plant that is cellular isolators like separators, which delimit processing agent and reaction product and transmitting stimulation energy very quickly to reaction centre after light absorption. The antibacterial microfiber is a nanocrystalline semiconductor film like a porous mass and the scheme of a membrane and a photo synthetic bacterium. The stimulation energy releases electron carrier, which leads to a proton carrier over the membrane that is used in the end for the construction of energy carriers such as adenosine triphosphate. The photosynthetic solar power plant is surrounded by a closed area in which ozone-oxygen-mixture forms, which flows round the microcirculation of the photosynthetic power plant without forming negative bacteria. The ozone kills bacteria, viruses and fungus. The medical ozone is produced from medically pure oxygen. The ozone is used in all photovoltaic cells, which ensure service life of the installation parts of each photo synthetic solar units. The nanostructured injection photovoltaic cells with porous p-n contact are integrated to development, modeling and characterization of color sensitive solar cells out of titanium oxide and polyethylenedioxythiophene in its housing. A large surface plant is present with bridge like profile carriers as assembly aid and stabilizers. All solar modules are equipped with roof pan, whose construction consists of roof pan nose (1), adaptor (2), glass or plastic pan (3), solar collector (8), holder (6) with spring biased contact spring (7) for current and medium, with a transfer unit and grid unit. The roof pan is constructed like solar ball, which has a section in its upper part and an opening, which is imaginably and closed with a light-amplifying unit. The molding ball is an exceptional optimization as solar power with spherical antenna and complete photosynthetic spherical coating present in its interior. The spherical antenna is light reflective so that the occurring light ray ideally in the ball collectively on the mirror surface of the spherical antenna from the occurring light distributes on the photosynthetic solar power plant coating. The solar power plant consists of different spherical coating.