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Application of LADRC Algorithm in Energy-saving Heating Control System

机译:LADRC算法在节能加热控制系统中的应用

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In view of the increasingly strong awareness of energy conservation and environmental protection and the increasing status of building energy conservation, based on the LADRC control algorithm, combined with ZigBee wireless communication technology, M-Bus bus transmission technology and Web configuration software, a design of an energy-saving heating control system is proposed. The program realizes automatic room temperature adjustment, heat monitoring, data transmission and remote monitoring. This design uses ZigBee and M-Bus technology to transmit the data collected by the sensor to the control module, and then uses the LADRC control algorithm to calculate the control value of the valve, and then controls the valve to maintain the room temperature within the set temperature range, and transmit various data to the server for remote monitoring of heating automatic control. This design scheme can save energy, reduce pollution and improve the quality of life in the heating system, and can provide effective data to ensure the rationality and fairness of heating charges, and has good engineering significance and practical value.
机译:鉴于越来越强烈的节能和环境保护认识和建筑节能地位的增加,基于Ladrc控制算法,结合ZigBee无线通信技术,M-Bus总线传输技术和Web配置软件,设计了提出了一种节能的加热控制系统。该程序实现了自动室温调整,热监控,数据传输和远程监控。该设计使用ZigBee和M-Bus技术将传感器收集的数据传输到控制模块,然后使用LADRC控制算法计算阀门的控制值,然后控制阀门以保持室温设置温度范围,并将各种数据传输到服务器,以远程监控加热自动控制。这种设计方案可以节省能源,减少污染和提高加热系统的生活质量,并可提供有效的数据,以确保加热收费的合理性和公平性,具有良好的工程意义和实用价值。

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