Flower pond landscape module capable of achieving self-irrigation through renewable energy sources

Abstract

The invention discloses a flower pond landscape module capable of achieving self-irrigation through renewable energy sources, which comprises a water storage system, a power storage and supply system, an irrigation system and a landscape planting groove. The water storage system is used for storing water and is pre-buried underground, and an inlet of the water storage system is communicated with a gutter inlet on the earth surface. The irrigation system comprises an irrigation pipeline system and a water pump connected with the power storage and supply system, a water inlet of the irrigation pipeline system is communicated with the water storage system, a water outlet of the irrigation pipeline system is connected with the landscape planting groove, planting soil is laid in the landscape planting groove, and green plants are planted in the landscape planting groove. The flower pond landscape module has the beneficial effects that solar energy is used for generating power, and electric energy is stored in a storage battery pack to supply power to the water pump; Earth surface rainwater is stored to irrigate green plants in the landscape planting grooves. compared with an existing conventional irrigation mode, the labor intensity of operators is greatly reduced, and compared with conventional electric power supply irrigation, the flower pond landscape module does not need to additionally consume electric energy, and is energy-saving, green and environment-friendly.

Description

technical field [0001] The invention relates to the technical field of garden landscapes, in particular to a flower pool landscape module for self-irrigation by using renewable energy. Background technique [0002] With the rapid development of social economy and large-scale urban construction, more and more attention has been paid to landscaping. By increasing the scale of roads, industrial parks, parks and other landscaping, landscaping, noise reduction and dust prevention, shading and anti-corrosion can be achieved. dizziness and so on. [0003] However, there is often a waste of water resources and artificial labor in landscaping irrigation. At present, landscaping irrigation methods mainly include artificial hose sprinkling and sprinkler irrigation, which mainly rely on manual operation, which consumes a lot of labor and high energy consumption, and part of the irrigation water will be lost due to surface runoff and evaporation, and the irrigation effect will also be a...

AI Technical Summary

Problems solved by technology

[0003] However, there is often a waste of water resources and artificial labor in landscaping irrigation.

At present, landscaping irrigation methods mainly include artificial hose sprinkling and sprinkler irrigation, which mainly rely on manual operation, which consumes a lot of labor and high energy consumption, and part of the irrigation water will be lost due to surface runoff and evaporation, and the irrigation effect will also be affected.

In addition, some projects use pre-buried irrigation pipes or root sprinklers for irrigation, and design sunken green spaces to collect rainwater to replenish groundwater and collect and use rainwater for green irrigation. However, this pre-buried irrigation component has a later stage High maintenance costs, high resource and energy consumption and other issues; and, in practical applications, some areas need to replace plants regularly, which also brings difficulties to green irrigation and line laying

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