Water supply pipe network system and fluid-based power supply device

Abstract

The invention discloses a water supply pipe network system and a fluid-based power supply device. The power supply device comprises a shell, the shell is internally provided with a liquid inlet channel and a liquid outlet channel, and a liquid inlet of the liquid inlet channel and a liquid outlet of the liquid outlet channel are both located on a first end wall of the shell; the water flow bin isfixedly connected with the shell, a liquid inlet of the water flow bin is communicated with a liquid outlet of the liquid inlet channel, and a liquid outlet of the water flow bin is communicated witha liquid inlet of the liquid outlet channel. The power supply device also comprises a power generation assembly which is arranged in the water flow bin, wherein fluid in the water flow bin flows to drive the power generation assembly to generate power. According to the power supply device, power generation is achieved through kinetic energy and energy conversion of fluid in the pipeline, operationis easy, and only the through holes need to be formed in the pipeline to form water outlet and water inlet circulation.

Description

technical field [0001] The invention relates to the technical field of power generation, and more specifically, to a water supply pipe network system and a fluid-based power supply device. Background technique [0002] People pay more and more attention to the intelligent transformation of the water supply pipe network. During the transformation, it is necessary to install various sensors and signal acquisition, processing, and transmission equipment on the pipeline. All these equipment need the support of the power system. However, many pipelines are buried underground. If battery technology is used, there are several disadvantages. 1. The battery needs to be replaced regularly; 2. The underground environment is humid and heavy, and the battery can be replaced, so it is difficult to handle the sealing technology well, which may easily lead to battery loss. . There are also several disadvantages if solar and wind power are used for power generation: 1. The situation on the ...

AI Technical Summary

Problems solved by technology

However, many pipelines are buried underground. If battery technology is used, there are several disadvantages. 1. The battery needs to be replaced regularly; 2. The underground environment is humid and heavy, and the battery can be replaced, so it is difficult to handle the sealing technology well, which may easily lead to battery loss.

There are also several disadvantages if solar and wind power are used for power generation: 1. The situation on the ground above the pipe network is uncertain, such as the pipe network below roads and buildings, which makes construction difficult; 2. The cost is high; 3. The power supply is unstable. Need to increase battery capacity

If the mains power is directly used, the site conditions may not be allowed, and the engineering volume is usually large

Images