Intelligent heating power inlet control system driven through water turbine power generation and control method

Abstract

The invention discloses an intelligent heating power inlet control system driven through water turbine power generation. According to the following steps, basic building information is obtained; real-time running parameters of the system are obtained; the control parameter set value is given; the intelligent control algorithm is given; control signals are obtained through calculation according tothe control parameter set value, the actual running parameter error and the control algorithm; according to the control signals, an electric adjusting valve is driven to adjust the heating power inletflow, accordingly, heating power balance of a building heat supply system is achieved, the requirement of heat consumers for the heat supply quality is met, and automatic and intelligent control overheat supply tail end ( a secondary network building) heating power inlets is achieved; a control center can collect real-time running data uploaded through the heating power inlets and issue controlinstructions to various heating power inlets; and the control center can achieve the corresponding intelligent heat supply control function, and real-time running data collection, calculation, the control strategy, control instruction issuing, data presenting, heating power balance and a geographic information system are included.

Description

technical field [0001] The invention belongs to the technical field of thermal systems, and in particular relates to an intelligent control system and control method for a thermal inlet driven by power generation of a water turbine. Background technique [0002] At present, the status of the thermal inlet device of the heating system is: [0003] (1) There is no flow regulating device at the heat inlet of most district heating systems or it has failed; [0004] (2) The thermal entrance does not have real-time data collection, upload and feedback functions; [0005] (3) There is no data interaction function between the thermal inlet and the control center; [0006] (4) The water turbine is not used to generate electricity and store water through the flow of the pipeline, and drive the self-operated dynamic differential pressure balance type electric control valve to control the flow; [0007] (5) The heat inlet function of the secondary network is not integrated to realize...

AI Technical Summary

Problems solved by technology

[0003] (1) There is no flow regulating device at the heat inlet of most district heating systems or it has failed;

[0004] (2) The thermal entrance does not have real-time data collection, upload and feedback functions;

[0005] (3) There is no data interaction function between the thermal inlet and the control center;

[0006] (4) The water turbine is not used to generate electricity and store water through the flow of the pipeline, and drive the self-operated dynamic differential pressure balance type electric control valve to control the flow;

[0007] (5) The thermal inlet function of the secondary network is not integrated to realize filtering, power generation, storage, data acquisition, automatic control of electric valve, signal transmission, and automatic control by receiving instructions from the upper level

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