Integrated all-glass casing transducing element by converting solar energy to electrothermal energy

Abstract

Solar energy conversion electric heat energy integrated all-glass housing energy conversion components, including light-transmitting outer glass tubes, photovoltaic cells, wires, heat sinks, heat transfer transition insulation fillers, metal heat pipes, glass-sealed metal electrodes, getters, metal positioning bullets, Exhaust pipe seal and other components. The positive electrode of the photovoltaic cell is connected to the heat sink with tubular mounting holes through metal welding, the heat sink is set on the metal heat pipe, and is tightly connected to the metal heat pipe through the heat transfer transition insulating filler, and the positive electrodes of adjacent photovoltaic cell panels are electrically insulated from each other , connected in series to the metal heat pipe. The photovoltaic cell is positioned and installed on the diameter of the light-transmitting outer glass tube, and the metal heat pipe is sealed in the light-transmitting outer glass tube by glass welding. Or the photovoltaic cell is positioned and installed on the focal line of the reflective concentrating mirror arranged in the light-transmitting outer glass tube. The light-transmitting outer glass tube is connected with an exhaust tailpipe, and the mouth is sealed after vacuuming. The positive and negative electrodes of the photovoltaic battery group formed in series are led out through the glass-sealed metal electrodes connected by wires.

Description

technical field [0001] The invention relates to a solar energy conversion electric heat energy integrated all-glass shell transducing element, which belongs to the field of solar energy application. Background technique [0002] The current solar photovoltaic cells are mainly used for solar power generation. Due to the use of organic materials, the cost of photovoltaic cells is high, the life is short, and the efficiency is low. The remaining waste heat after photoelectric conversion increases the junction temperature of photovoltaic cells, which affects the efficiency of photovoltaic cells. Moreover, the existing mode of photovoltaic cells does not dissipate heat smoothly, and it is difficult to integrate them with buildings. Contents of the invention [0003] The object of the present invention is to provide a low-cost, easy-to-process, high-vacuum, no-organic-material-use, single-branch-pipe-damage that will not lead to paralysis of the solar heat utilization system, a...

AI Technical Summary

Problems solved by technology

Due to the use of organic materials, the cost of photovoltaic cells is high, the life is short, and the efficiency is low. The remaining waste heat after photoelectric conversion increases the junction temperature of photovoltaic cells, which affects the efficiency of photovoltaic cells.

Moreover, the existing mode of photovoltaic cells does not dissipate heat smoothly, and it is difficult to combine with buildings

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