基于模糊PID的近零能耗建筑能耗控制系统仿真

Simulation of Energy Consumption Control System for Near-Zero Energy Building Based on Fuzzy PID

传统的近零能耗建筑控制系统的能耗控制效果不够好,导致其能耗值较高。针对上述问题,设计一种基于模糊PID的近零能耗建筑能耗控制系统。利用控制中心计算机、模糊控制器、PID控制器、数据采集卡、传感器,完成基于模糊PID的近零能耗建筑能耗控制系统的硬件设计;利用用户登录模块、采集模块、建筑能耗控制模块,完成基于模糊PID的近零能耗建筑能耗控制系统软件设计,在建筑能耗控制模块,利用自适应模糊PID遗传算法,实现对近零能耗建筑的能耗控制。为验证提出的基于模糊PID的近零能耗建筑能耗控制系统的控制效果,开展仿真对比实验,实验结果表明,上述控制系统可将能耗值大幅降低,是一种有效的近零能耗建筑能耗控制系统。

The poor energy consumption control effect of near-zero energy consumption building control system leads to high energy consumption value.Therefore,we design a novel near-zero energy consumption building energy consumption control system based on Fuzzy PID.Firstly,the control center computer,fuzzy controller,PID controller,data acquisition card,and sensor were used to complete the hardware design of the control system.Secondly,the user login module,acquisition module,and building energy consumption control module were applied to complete the software design of the control system.Finally,in the building energy consumption control module,the adaptive fuzzy PID genetic algorithm was used to realize the energy consumption control of near-zero energy consumption buildings.In order to verify the control effect of the proposed near-zero energy consumption building energy consumption control system based on Fuzzy PID,simulation and comparative experiments were carried out to verify the control effect.The results show that the control system can significantly reduce energy consumption.