摘要
为使新风系统与空调协调工作,设计了由主控制器、空调控制单元、空调状态检测单元以及室外温度采集节点等模块组成的新风系统控制器.该控制器各模块间利用Zigbee技术进行通信,控制器通过对室外当前温度与预设的房间期望温度的比较,以±1℃温控的方法平滑控制空调的启闭以及智能地控制新风的引入.实验表明:该控制器功耗低、可靠性高、成本低、使用方便,可在智能家居领域推广使用.
A fresh air system controller composed of the main controller, air conditioning controller, air conditioning leak detector,and outdoor temperature acquisition nodes was designed to coordinate the fresh air system and air conditioning. Communication between modules was based on Zigbee technology. Current outdoor temperature was measured and compared with the preset value of room temperature. The controller started the opening or closing of air conditioning and the introduction of fresh air when the temperature difference reached one degree Celsius. Experiment shows that the controller is of low-power consumption and low-cost,efficient,reliable and easy to use,a good appliance for intelligent home.
出处
《厦门理工学院学报》
2016年第3期28-33,共6页
Journal of Xiamen University of Technology
基金
国家级大学生创新训练项目(201413763003)
作者简介
陈志桢（1991-），男，助理工程师，研究方向为电子自动化与通信．E-mail：czzhyt@sina．com
