Secondary condensing surface enhancement parabolic reflector line focusing solar collecting device

Abstract

The invention relates to a secondary condensing surface enhancement parabolic reflector line focusing solar collecting device. The secondary condensing surface enhancement parabolic reflector line focusing solar collecting device comprises a primary condenser, a heat collecting pipe, a bracket and a secondary condenser, wherein the primary condenser is a parabolic reflector which is provided with a focusing line, and the heat collecting pipe is located on the focusing line of the parabolic reflector; the secondary condenser is a parabolic reflector or a Fresnel reflector; the heat collecting pipe is located between the secondary condenser and the primary condenser and located on a focusing line of the secondary condenser; and the secondary condenser is supported through the bracket. According to the secondary condensing surface enhancement parabolic reflector line focusing solar collecting device provided by the invention, the secondary condenser is additionally added; the heat collecting pipe is located between the secondary condenser and the primary condenser and located on the focusing line of the secondary condenser; sunlight penetrating through the heat collecting pipe can be again reflected to the primary condenser and is again gathered to the heat collecting pipe; light loss is little; and the heat collecting efficiency is high.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes an improved system for gathering solar radiation without losing too much power due to air currents caused by weather conditions such as wind and water turbulence during winter months. It involves adding a second concentration mirror onto top of existing concentrators instead of just one lens element, allowing more direct rays to hit the focus point where they enter the receiver's chamber. By doing this, fewer dark spots occur over time while still capturing enough thermal energy. Additionally, there may also include a special material called EBS (Electrostatic Bearings) placed inside the pipe to protect against damage when exposed to strong magnetic fields like magnetism. Overall, these improvements improve the performance and lifespan of the overall system.

Problems solved by technology

Technological Problem addressed by this patented solution involves increasing the concentration rate of incoming ray paths without requiring an expensive material that can be easily damaged during use. Additionally, it focuses on optimising the design of specific devices based upon their ability to efficiently convert both visible and infrared lights onto electromagnetic waves through reflection techniques like mirror systems.

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