labview能源管控系统模型的搭建

摘要：本课题主要探究了能源管控系统各个层次的作用和原理；如何使用labview对能源管控系统模型（温度控制系统）进行编程；如何在labview中对PID控制和模糊控制进行实现。对分层次能源管控系统的各个层次进行了深入的分析与探究，并对PID控制系统和模糊控制系统进行了分析。通过对PID控制方法和模糊控制方法的学习，解决了PID控制模块以及模糊控制模块开发途中所碰到的问题。通过PID控制和模糊控制的仿真结果的对比，得出了PID控制更加适合通过labview平台设计出来的温度控制系统的结论。

关键词：能源管控系统c模型；labview软件；PID控制；plant 系统；模糊控制。

Construction Of The Model Of Energy Management And Control System

Abstract: This study mainly explores the function and principle of energy control system at all levels. How to program the energy control system (temperature control system) through labview; How to realize the PID control and fuzzy control in labview to hierarchical energy control system at all levels to carry on the thorough analysis and exploration, and the PID control system and fuzzy control system are analyzed through the method of PID control and fuzzy control method of learning, solve the PID control and fuzzy control module development problem encountered on the way Through the comparison of simulation results of PID control and fuzzy control, the PID control is obtained is more suitable for the conclusion of this system.

Keywords: Energy Management And Control System; Labview ; PID control; plant system; fuzzy control;

摘要 i

Abstract i

目录 ii

1 绪论 1

1.1 选题背景和研究意义 1

1.2 国内外研究现况与水平 3

1.3 本论文的主要工作和内容 4

2 能源管控系统模型分析 5

2.1 设备层 5

2.2 数据采集层 5

2.3 控制设备层 6

2.4 数据保存层 6

2.5 系统管理层 6

2.6 本章小结 7

3 燃烧温度控制系统的原理阐述 8

3.1 燃烧温度控制系统 8

3.2 PID控制算法介绍 8

3.2.1 PID综述 8

3.2.2 比例环节P 9

3.2.3 积分环节I 10

3.2.4 微分环节D 11

3.3 labview能源管控系统模型的搭建:http://www.chuibin.com/zidonghua/lunwen_205839.html