Thermoelectric combined multifunctional glass device

Abstract

The invention provides a thermoelectric combined multifunctional glass device, which belongs to the field of solar devices and comprises a solar concentrating module and a frame sleeved on the periphery of the solar concentrating module. The solar concentrating module comprises an upper-layer glass cover plate, an SEH concentrating array, a photovoltaic cell array, a flat plate heat exchanger anda lower-layer glass cover plate which are sequentially arranged from top to bottom. The photovoltaic cell array comprises a plurality of photovoltaic cell scattered pieces matched with the tetragonalenergy gathering units, wherein one photovoltaic cell scattered piece is pasted to the lower surface of each tetragonal energy gathering unit, and every two adjacent photovoltaic cell scattered piecesare welded through a wire. The upper-layer glass cover plate and the SEH condensation array are integrally formed or packaged through transparent silica gel, the flat heat exchanger is packaged at the bottom of the photovoltaic cell array through high-thermal-conductivity glue, and the lower-layer glass cover plate and the flat heat exchanger are packaged through high-thermal-conductivity transparent glue. The module has multiple functions of transmitting light, insulating heat and providing electric energy and a heat source, and is applied to the fields of building glass, automobile skylights and the like.

Description

technical field [0001] The invention belongs to the technical field of solar devices, and in particular relates to a thermoelectric combined multifunctional glass device. Background technique [0002] Solar energy is one of the largest resources available for renewable energy, and its effective use has yet to be exploited. To date, the conversion of incident solar radiation into electricity using photovoltaic (PV) technology has proven to be an efficient means of energy generation. The process becomes more efficient by using the concept of optical concentration, where a large amount of solar energy is concentrated onto a small solar cell, which not only helps to increase the efficiency of the solar cell, but also amplifies the amount of energy produced per unit of solar cell material. Several times, the so-called concentrated photovoltaic (CPV) technology. The integration of such systems into building platforms, forming so-called building-integrated concentrating photovolt...

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Problems solved by technology

[0004]1. The simplest form of rotating compound parabolic concentrator adopted has a circular bottom, which cannot match the square solar cells mass-produced in the existing market. lead to waste of power generation area;

[0005]2. The power generation array has a compact structure and does not consider the heat dissipation of photovoltaic cells, and the power generation efficiency of solar cells decreases significantly with the increase of temperature;

[0006]3. The light transmission and heat insulation characteristics of this invention have not been comprehensively considered, and it is only for the purpose of pure photovoltaic power generation, which cannot be widely used in building-integrated concentrated photovoltaics System and other fields

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