A system that realizes one machine with multiple functions in fluid transportation

Abstract

The invention discloses a system for realizing multiple functions of one machine in fluid transportation, which includes at least one fluid system; one fluid system includes at least one source of flow, at least one pipeline, at least one power source and at least one There are at least one flow regulating facility on the fluid system pipeline; the flow regulating facility can be a plug, valve or other flow regulating measures; the control logic of the flow regulating facility system can be realized through software and configuration programming; The system achieves the optimal configuration of power sources in a single or multiple fluid systems by realizing one source with multiple functions (or one machine with multiple functions), and at the same time reduces the number of configurations of power sources (or electromechanical equipment) in the fluid system , so as to achieve the purpose of saving resources and reducing costs.

Description

technical field [0001] The invention relates to a system for realizing multiple functions of one machine in fluid transportation, and belongs to the technical field of fluid transportation. Background technique [0002] There are many scenarios of fluid transportation in our living environment. For example, when farmers irrigate the fields, water flows from ponds or wells to farmland through water pipes under the action of water pumps, and flue gas from boilers in coal-fired power plants is denitrified from boilers through SCR under the action of fans. After the equipment, desulfurization system and dust removal device, it reaches the chimney and is discharged into the atmosphere. [0003] Fluid usually flows in a pipe, and is usually resisted by the inner wall of the pipe during the flow process. In order to enable the fluid to flow in the pipeline, it is usually necessary to set a power source (such as an electromechanical equipment pump, fan, etc.) in the pipeline to pro...

AI Technical Summary

Problems solved by technology

CN 107548436A implements a method that allows an optimized operation of the booster in order to increase the maximum delivery capacity of the fuel delivery pump and at the same time minimize the power loss through the booster, but this method is not related to the field of fluid delivery The optimal allocation of power sources reduces the number of configurations, thereby saving resources and reducing costs; CN 202302738 U realizes a fluid delivery optimization system, which solves the problems of energy waste such as local pressure and flow distribution, and low temperature difference. However, this system does not involve achieving the optimal configuration of power sources in the field of single or multiple fluid delivery by realizing one power source with multiple functions (or one machine with multiple functions), and at the same time reducing the power source (or electromechanical equipment) in the fluid system. Configure the quantity to save resources and reduce costs

[0007] In order to solve the problems that when the number of fluid delivery systems or system design reserves is large, the design scheme of the system is more complicated, the number of power sources is larger, and the project cost and investment are higher. Multi-purpose system, the system applies mathematics (such as topology, geometric graphics, matrix theory, permutation and combination, line planning, probability theory and statistics, etc.), physics and chemistry and other subject knowledge or principles to realize the fluid flow route. Optimization, through the realization of one source with multiple functions (or one machine with multiple functions), to achieve the optimal configuration of power sources in single or multiple fluid systems, while reducing the configuration of power sources (or electromechanical equipment) in fluid systems Quantity, so as to achieve the purpose of saving resources and reducing costs

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