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Design of server room temperature and humidity control system using fuzzy logic based on microcontroller

机译:基于单片机的模糊逻辑服务器机房温湿度控制系统设计

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Server room is a very important asset for a company because in there are servers that contain applications and company databases that are very valuable for the sustainability of a company, therefore the condition of the server room such as temperature, humidity, power and all IT equipment in this room should always be monitored in real time. One way that can be used to control and monitor the temperature and humidity of server room is to use an Internet of Thing (IoT) based system. This research proposed the design of server room temperature and humidity control system using fuzzy logic based on microcontroller Wemos D1 as an infrared transmitter remote control to control temperature and mode setting in Air Conditioner to control temperature and humidity of server room. Fuzzy logic based on microcontroller for control the temperature and humidity of server room was successfully designed and successfully implemented into microcontroller with simulation test results using matlab obtained the value that match with the results on the microcontroller with average AC Temperature Set output deviation 0.03500 and average AC Mode Set output deviation 0.01225. The system is also designed to be able to monitor data temperature, humidity and electricity voltage online using the website and can provide early warning message through social media twitter.
机译:服务器机房对于公司来说是非常重要的资产,因为其中包含服务器,这些服务器包含对公司的可持续性非常有价值的应用程序和公司数据库,因此服务器机房的状况(例如温度,湿度,电源和所有IT设备)在这个房间里应该经常被实时监控。可以用来控制和监视服务器机房温度和湿度的一种方法是使用基于物联网(IoT)的系统。本研究提出了一种基于模糊逻辑的服务器机房温湿度控制系统的设计,该系统基于微控制器Wemos D1作为红外发射器遥控器来控制空调的温度和模式设置,以控制服务器机房的温度和湿度。设计了基于微控制器的模糊逻辑,用于控制服务器机房的温度和湿度,并将其成功实现到微控制器中,并利用Matlab进行了仿真测试,得出的结果与平均交流温度设定输出偏差为0.03500,平均交流为平均的微控制器结果相匹配。模式设置输出偏差0.01225。该系统还设计为能够使用该网站在线监视数据温度,湿度和电压,并可以通过社交媒体Twitter提供预警消息。

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