Secondary water supply system peak shifting water replenishing dispatching management platform

Abstract

Disclosed is a secondary water supply system peak shifting water replenishing dispatching management platform. A plurality of secondary water supply systems are each provided with a set of data collecting and emitting control equipment, each data collecting and emitting control equipment comprises a water pressure switch, a single-chip microcomputer module, an edge calculating control unit, and anelectromagnetic water valve installed on a water tank and connected with a municipal tap water pipe network pipeline; a manager is provided with an upper computer, a cloud platform data receiving system, a big data analyzing unit, a production and decision dispatching unit, an asset distribution database unit, an open platform data interface, a role management unit and an application unit are installed inside the upper computer, the manager is further provided with a visualized video and data monitoring platform, the application unit comprises a manager mobile phone side APP and a computer side program. It is ensured that water inside the water tank is sufficiently recycled, water is sufficiently supplemented to the water tank at a non-peak period, the water quality is improved, water generated by drainage is reduced, and energy consumption generated by drainage is lowered, and the whole water consumption safety of residents is improved through maintenance, cleaning and management ofthe water tank.

Description

technical field [0001] The invention relates to the field of secondary water supply system management, in particular to a secondary water supply system staggered water replenishment scheduling management platform. Background technique [0002] The secondary water supply system of high-rise buildings is a facility that uses under-pressurized tap water to pressurize the tap water so that residents of high-rise buildings can use tap water normally, providing a strong guarantee for the residents of high-rise buildings to use water. When the secondary water supply system is working, the water tank is generally used to store water, and then the water in the water tank is pumped out and pressurized by the booster pump to supply water to the residents of high-rise buildings; in the existing secondary water supply, the water level of the water tank is generally controlled by a remote control float valve. , the remote control float valve works by the buoyancy of the buoyancy of the wa...

AI Technical Summary

Problems solved by technology

Since the water intake of the water tank controlled by the remote control float valve is completely mechanical, there are the following defects: 1. The water tank is always kept full, and it is impossible to complete the water cycle within 24 hours as required by the country for drinking water. The water in the relatively stagnant position has not been effectively used, which will easily lead to the formation of stagnant water in the water tank, and the air will deteriorate after long-term contact, making it difficult to guarantee the water quality; The occupancy rate of the residents is adjusted and changed. The water level of the water tank is too high and the water storage is too large. The principle of the ball lever controls the water intake. In actual use, the liquid level in the water tank is basically within 80% of the height of the water tank, and the effective utilization rate of the water tank is limited; Waste; 5. The floating ball of the remote control float valve is easy to corrode, causing the water in the water tank to be out of control, thus endangering the safety of equipment and the safety of underground facilities such as elevators, machine rooms and backup power systems; 6. The water tank has no water inlet metering function and cannot use water Regular data transmission to water supply companies for reference

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