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AssigneeSolteQ GmbH
InventorBerkay BAYER
Estimating the term…
A system and process for targeted simultaneous use of solar radiation to generate electricity, heat a liquid circuit, and reduce the heating of a building. The system uses the thermal energy in heated air. At least one solar cell module, together with at least one further element, forms a cavity on a rear side of the at least one solar cell module. Air is in the cavity and solar radiation incident on the at least one solar cell module heats the air in the cavity beneath solar shingles. The air heated is brought into contact with an air-liquid heat exchanger which is part of a liquid circuit designed for heating a refrigerant circuit, particularly a heat pump, and/or for heating an evaporator, particularly a heat pump, and/or a buffer storage tank, particularly a water-filled buffer storage.
A system for generating electricity and heat by means of solar radiation in which at least one solar cell module together with at least one further element forms a cavity on a rear side of the at least one solar cell module, said cavity being filled with air, with said system being configured such that solar radiation incident on the at least one solar cell module heats the air in the cavity, said system also being configured to bring the air heated in the cavity into contact with an air-liquid heat exchanger, with said air-liquid heat exchanger being located in a ridge of a roof or in an upper part of the air-filled cavity designed for heating by solar radiation, said air-liquid heat exchanger being part of a water line and being configured or arranged to heat water in the water line, said water line being configured to supply heated drinking or service water to a tapping point or said air-liquid heat exchanger being part of a liquid circuit, said liquid circuit being configured or arranged to heat a refrigerant circuit or to heat an evaporator or to heat a buffer storage tank or pool.
An air-liquid heat exchanger formed by at least one tube for guiding liquid through the air-liquid heat exchanger for the purpose of heating the liquid in which the at least one tube is surrounded by metal fins connected to the at least one tube and in which the tubes are arranged parallel to each other and are hydraulically coupled to each other for guiding liquid through the air-liquid heat exchanger, and in which the tube and the fins are arranged in an extension or collector tube with the same direction of longitudinal extension as an extension or collector tube or in a cassette which has at least one air inlet opening for fastening to or arrangement in a cavity that is heated by solar radiation and at least one air outlet opening is arranged to allow the air to exit.
A process for co-generation of electricity and heated liquid by solar radiation on a surface by means of at least one solar cell module forming the surface and heating of air below the solar cell module by the solar radiation on the surface and transfer of the thermal energy stored in the air at least partially into a liquid circuit filled with liquid or a water line filled with water by means of an air-liquid heat exchanger.
Dependencies are inferred from the claim text.