Brine pump remote energy saving diagnostic analysis system and method

Abstract

The invention discloses a brine pump remote energy saving diagnostic analysis system and method. The system comprises a brine well, a brine pump, an intelligent collector, a server, a client and a flowmeter; a current transformer is electrically connected to the brine pump; an industrial switch is arranged between the brine pump and the intelligent collector through a signal line; the current transformer is electrically connected with the intelligent collector through a signal line; the server comprises a signal processing module, a dynamic modeling analysis module, a work order generating module and a database; a brine pipe is arranged between the brine well and the brine pump; and the flowmeter is arranged on the brine pipe. According to the brine pump remote energy saving diagnostic analysis system and method, the system is simple in structure, and the method is simple and convenient to implement; the intelligent collector is adopted to measure brine data through the flowmeter so that the appropriate brine pump can be selected, the working current is transmitted through the current transformer, the situation that the server remotely controls starting and stopping of the brine pump in a closed loop mode is achieved, resources are utilized reasonably, energy consumption is reduced, and the operating life of the brine pump is prolonged.

Description

Technical field [0001] The invention relates to the technical field of water pump energy saving, in particular to a remote energy saving diagnosis and analysis system and method for brine pumps. Background technique [0002] The bromine process uses natural underground brine as raw material to evaporate and concentrate, and gradually extract bromine. Through a large number of case collection and analysis, the company has more or less the following problems, which not only affects the normal production of brine wells, but also leads to waste of company costs: [0003] First, it is impossible to accurately know the actual brine depth in each well, and it is impossible to avoid low water level and empty water level pumping. [0004] Second, it is not known what kind of power brine pump is used for extraction. If the pump power is too large, it will cause a waste of electrical energy. If the pump power is too small, it will not be possible to maximize the extraction of brine resources. ...

AI Technical Summary

Problems solved by technology

Through a large number of case collection and analysis, enterprises more or less have the following problems, which not only affect the normal production of brine wells, but also lead to waste of enterprise costs:

[0003] First, the actual brine depth in each well cannot be accurately known, and low water level and empty water level pumping cannot be avoided

[0004] Second, I don’t know what kind of brine pump to use for pumping. If the power of the pump is too large, it will cause waste of electric energy. If the power of the pump is too small, it will not be possible to maximize the extraction of brine resources.

[0005] Third, the brine pump status is blind, and it is impossible to know whether the brine pump is faulty, aging or long-term overload operation, which increases the risk of equipment damage

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