Solar energy water recycling system

Abstract

The invention discloses a solar energy water recycling system, and the system comprises a solar cell panel (1), a wiper blade (2), a water-permeable brick (3), a water collection tank (4), a pipe (5), a water storage pool (6), a storage battery (7), and a water pump (8). The system is characterized in that the water collection tank (4) is embedded into the water-permeable brick (3); the water-permeable brick (3), the water collection tank (4), the pipe (5), the water storage pool (6), the storage battery (7) and the water pump (8) are connected together, and are placed underground. The invention solves a technical problem of enabling the water stored by the solar cell panel (1) through the wiper blade (2) to be filtered by the water-permeable brick (3), enabling the water to be directly stored in the water collection tank (4) and achieving the double standards of time efficiency and spatial efficiency for the water storage of the water collection tank (4). In addition, the system stores the solar energy into the storage battery (7), and the storage battery (7) enables a water pump to work and enable the filtered water to be reused for cleaning the solar cell panel (1) through the pipe (5), thereby achieving the cyclic utilization of water.

Description

technical field [0001] The invention relates to a solar panel structure, in particular to a solar rainwater recovery and recycling system. Background technique [0002] Solar energy is a natural energy source completely derived from nature, which meets the standards of environmental protection and low carbon, and is a clean energy source. With the development of science and technology, solar energy is widely used in various fields, from different fields such as military, aerospace, industry, commerce, agriculture, communications, household appliances and public facilities, and can also be scattered in remote areas, mountains, deserts, islands and Rural use. Solar panels are widely used in the above fields, which makes photovoltaic power plants around the world face more and more serious sand and dust pollution problems. Seriously stained solar panels will cause the power generation unit to become a power consumption unit, and the shaded photovoltaic cell will become a load...

AI Technical Summary

Problems solved by technology

Seriously stained solar panels will cause the power generation unit to become a power consumption unit, and the shaded photovoltaic cell will become a load resistor that does not generate electricity, consuming the power generated by the connected battery, causing heat generation, aggravating the aging of the battery panel, and affecting the power generation efficiency. Reduce the service life and cause fire in severe cases

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