Anchor-pile-structured solar system fully utilizing lighting surface and ceramic solar panel thereof

Abstract

An anchor-pile-structured solar system fully utilizing lighting surface and a ceramic solar panel thereof relate to composition, material, structure and construction process of an anchor-pile-structured ceramic solar roof, an anchor-pile-structured ceramic solar system, and a ceramic solar panel. The seamless anchor-pile-structured solar thermal system uses the ceramic solar panels with each having orifices including an upper convex orifice and a lower concave orifice on a set of opposite corners, or uses the ceramic solar panels with each having convex orifices on a set of opposite corners and concave orifices on the other set of opposite corners. Only one anchor-pile piece is disposed below each piece of ceramic solar panel except for the lowermost ceramic solar panel. The anchor-pile pieces are disposed on the concave orifice area and in the spaces between the orifices and the sidewalls.

Description

technical field [0001] The invention relates to a solar energy utilization system, a solar heat collector and a structure of a ceramic solar panel, in particular to an anchor pile structure ceramic solar roof, an anchor pile structure ceramic solar energy system, and the composition, material, structure and construction process of the ceramic solar panel. Background technique [0002] Generally, the roof is a solid roof, which is composed of upper and lower waterproof layers, thermal insulation layers, and leveling layers. These structures are relatively complex, the construction process is relatively long, the consumption of materials and labor hours is relatively high, and the cost is relatively high. The solar collector or solar collector system usually installed on the existing roof is also complicated in structure, expensive in materials and high in construction cost. [0003] Generally, a solar water heater is composed of a collector with a built-in collector, a water...

AI Technical Summary

Problems solved by technology

[0005] In the technical scheme of the existing "ceramic solar heat collection system with anchor pile structure", "glass hollow roof" and "glass hollow roof that can be used for hot air power generation" ceramic solar heat collection system with anchor pile structure, the upper and lower ceramic solar panels There is always a gap between them. There is no ceramic solar panel in the gap, and the solar energy is not fully utilized, which reduces the efficiency of the anchor pile structure ceramic solar heat collection system, and the sunlight directly irradiates the insulation material in the gap, which makes the insulation material easy to age. Shorten the service life of anchor pile structure ceramic solar heat collection system

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