Waste gas treatment thermal cycle drying system

Abstract

The invention discloses a waste gas treatment thermal cycle drying system, which is characterized by comprising a group of ovens, a waste gas treatment thermal cycle device and a group of pipelines, wherein the ovens are connected in series to form a sectioned multi-stage drying system; the group of pipelines are arranged on corresponding ovens; the ovens are communicated with the waste gas treatment thermal cycle device through a corresponding pipeline respectively; and the thermal cycle device collects, combusts and treats the waste gases produced in the ovens and supplies heat to each oventhrough heat exchange of combustion heat of the waste gases.

Description

technical field [0001] The invention relates to a thermal cycle drying system for waste gas treatment, in particular to a thermal cycle drying system for waste gas treatment used in manufacturing the backboard of a solar cell group. Background technique [0002] With the acceleration of the industrialization process, the energy consumption is increasing, the limited supply of conventional energy and the increasing pressure on environmental protection have prompted human beings to develop and utilize new energy sources. As one of the new energy sources, solar energy has drawn the world's attention. Industrialized countries have invested heavily in research, development and utilization in an attempt to maintain their leading position in the solar energy industry and their dominant position in the market. [0003] With the goal of low-carbon economy proposed, as the most potential energy in the 21st century, the development potential of solar photovoltaic industry is huge. Wi...

AI Technical Summary

Problems solved by technology

Therefore, the PET film manufactured by traditional technology has a higher probability of wrinkling, unilateral tightness, or stretching deformation.

Formally constrained by the above situation, traditional technology can only manufacture small-width backplanes, but cannot manufacture large-width backplanes, especially ultra-large and wide-width backplanes with a width of 2m.

At the same time, these conditions have also led to lower yields and higher production costs for solar backplanes manufactured by traditional technologies.

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