Smart Controlling System for Green Centralized Air Conditioner based on System Engineering Approach

M. Saputra, E. Sutoyo, A. Almaarif
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Abstract

System monitoring and remote control is a necessity in order to achieve maximum service for service users. Because of shortcomings in the movement and control of Air Conditioner (AC), which still relies on manual systems, resulting in waste for AC energy released, in addition, there is no system that can monitor and control air conditioners remotely or centrally. Author tries to make the process of monitoring and controlling being centralized through the control room that can be used more easily for officers, specifically related to the AC control unit. In the other hand, energy from the AC can be more monitored. The temperature of the room will be monitored and controlled through a computer in the control room. That will make efficiency of energy used and become Green Air Conditioner, specifically in the use of centralized AC in office buildings. The concept of system that designed based on service-oriented by using the system engineering method as a benchmark in system design. Workflow of the system that created is temperature of the room will be taken by the sensor that installed in each room. Data from the sensor will be processed in the microcontroller and sent to the computer via the internet network, which will be showed in real time by using an internet connection, it will necessary to set the AC temperature from the control room automatically. In addition, web service programs are also used to monitor, control, and schedule centralized AC systems, it will m create more efficiency in the use of AC energy.
基于系统工程方法的绿色集中空调智能控制系统
为了最大限度地为服务用户提供服务,系统监控和远程控制是必要的。由于空调(AC)的运行和控制仍然依赖于手动系统的缺点,导致AC能量释放的浪费,此外,还没有能够远程或集中监控空调的系统。笔者试图通过控制室,使监控过程集中起来,便于管理人员使用,特别是与交流控制单元相关的控制室。另一方面,交流电的能量可以被更好地监控。房间的温度将通过控制室的计算机进行监测和控制。这将提高能源使用效率,成为绿色空调,特别是在办公大楼中使用集中空调。以系统工程的方法作为系统设计的基准,提出了基于服务的系统设计理念。创建房间温度的系统工作流将由安装在每个房间的传感器获取。来自传感器的数据将在微控制器中进行处理,并通过互联网网络发送到计算机,通过互联网连接将实时显示,需要从控制室自动设置交流温度。此外,网络服务程序也用于监视、控制和调度集中的交流系统,它将在交流能源的使用中创造更高的效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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