Halogen lamp waste heat collection system based on thermoelectric power generation

Abstract

The invention discloses a halogen lamp waste heat collection system based on thermoelectric power generation. The halogen lamp waste heat collection system comprises a halogen lamp, a base, a plurality of thermoelectric power generation pieces, a plurality of heat dissipation pieces, a DC/DC voltage stabilizing device and an electric energy storage device. The halogen lamp is fixed to the base. The heat dissipation pieces are the same as the thermoelectric power generation pieces in number. The surfaces of the heat dissipation pieces are attached to the cold faces of the thermoelectric power generation pieces. The heat dissipation pieces are distributed around the halogen lamp in a horn shape. The thermoelectric power generation pieces are connected in series and then output electric energy to the DC/DC voltage stabilizing device, and the output end of the DC/DC voltage stabilizing device is connected with the electric energy storage device. According to the halogen lamp waste heat collection system based on thermoelectric power generation, through unique structural design, thermal energy-electric energy-chemical energy conversion is achieved, and finally, heating of the halogen lamp is converted into the electric energy to be stored. The halogen lamp waste heat collection system has the advantage of being stable in power generation, simple in structure, low in cost and the like, valuable resource collection and reusing are achieved, the utilization efficiency of energy is improved, and the halogen lamp waste heat collection system has huge social benefits and economical benefits.

Description

technical field [0001] The invention relates to a halogen lamp waste heat collection system based on temperature difference power generation. Background technique [0002] Thermoelectric power generation is a power generation technology that uses the thermoelectric effect to convert the temperature difference between two media into electrical energy. It has the advantages of no moving parts, no noise pollution, simple structure, and long service life. At present, as a green and environmentally friendly power generation technology, thermoelectric power generation has become more and more mature in its research. Halogen lamp is a kind of lamp widely used in modern society. It is widely used in precision electronic instruments, optical instrument inspection, camera equipment, exhibition hall lighting and other fields. However, the luminous efficiency of halogen lamps is very low, and most of them use heat energy The form is lost, and the experimental test found that the temper...

AI Technical Summary

Problems solved by technology

Halogen lamp is a kind of lamp widely used in modern society. It is widely used in precision electronic instruments, optical instrument detection, camera equipment, exhibition hall lighting and other fields. However, the luminous efficiency of halogen lamps is very low, and most of them use heat energy The form is lost, and the experimental test found that the temperature at a distance of 5cm from the halogen lamp can exceed 100 degrees Celsius, and the huge heat generation caused a huge waste of energy

At present, there is still a lack of a system for collecting and reusing the waste heat of halogen lamps through thermoelectric power generation technology

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