Solar golden water level rainwater harvesting planting and breeding system

Abstract

The invention relates to a solar golden water level rainwater harvesting planting and breeding system, and belongs to the technical field of environment-friendly planting and breeding. The upper portion of a filter rainwater harvester is connected with a solar panel and a water ditch, a water outlet of the filter rainwater harvester is connected with a high-level water storage tank, the high-levelwater storage tank is connected with a golden water level planting groove, a water level control box is arranged on one side of the golden water level planting groove, a plurality of golden water level overflowing holes are formed in the golden water level planting groove, a low-level water storage breeding tank is arranged on the lower portion of the golden water level planting groove, and a water pump is arranged between the low-level water storage breeding tank and the high-level water storage tank. The system is efficient in energy and environmentally friendly, planting and breeding effects can be improved, rainwater is collected by sufficiently utilizing the solar panel and the water ditch, the rainwater is filtered and sufficiently utilized, plants and aquatic products can automatically adjust water level under assist of a water level controller and the golden water level holes, the water level control box and the golden water level planting groove can provide slow-release fertilizers for growth of plants when water retention and water saving are achieved, and growth and development of the plants are promoted.

Description

technical field [0001] The invention relates to a solar gold water level rain collection planting and breeding system, which belongs to the technical field of environmental protection planting and breeding. Background technique [0002] In the area of ​​new energy, solar energy is widely used. In fact, in addition to converting energy, solar energy can also collect rainwater through solar panels and gutters between panels. [0003] There are also some schemes for collecting rainwater planting in the prior art, but the planting effect of directly using collected rainwater planting is similar to that of general planting, and there is no improvement effect. Therefore, rainwater harvesting planting has not been well used; [0004] At present, many planting fields use manual confirmation of the water level. During the planting process, staff need to rely on experience to control the water level. In the later stage of planting, the cycle of manual control becomes shorter, and it i...

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Problems solved by technology

[0003] There are also some schemes for collecting rainwater planting in the prior art, but the planting effect of directly using collected rainwater planting is similar to that of general planting, and there is no improvement effect. Therefore, rainwater harvesting planting has not been well used;

[0004] At present, many planting fields use manual confirmation of the water level. During the planting process, staff need to rely on experience to control the water level. In the later stage of planting, the cycle of manual control becomes shorter, and it is necessary to constantly check the water level and the growth of plants. Such an operation is a waste of manpower. , material resources, and the quality of planting is average, which needs to be improved

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