Simulation and Visualization of Occupancy-Based Energy Consumption in a Campus Building Using SCADA Software

A. Soetedjo, Sotyohadi
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Abstract

This paper presents an approach to combine an occupancy simulator and SCADA software for the simulation and visualization of occupancy-based energy consumption in a campus building. We used Winlog SCADA and the occupancy model generated by an Occupancy Simulator to simulate the energy consumption in a campus building. A program code provided by Code Builder in Winlog SCADA was utilized to read the file generated by Occupancy Simulator and then implement the energy-related algorithm. The simulation results were graphically displayed on the SCADA HMI. The simulation results showed that the proposed simulator can simulate and visualize an occupancy-based energy consumption model in a realistic display that is similar to the real-application energy monitoring when using the SCADA system. Furthermore, the proposed approach offers an efficient tool in the development of SCADA-based energy monitoring systems.
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基于SCADA软件的校园建筑占用能耗仿真与可视化
本文提出了一种将占用模拟器与SCADA软件相结合,实现校园建筑占用能耗仿真与可视化的方法。我们使用Winlog SCADA和占用模拟器生成的占用模型来模拟校园建筑的能耗。利用Winlog SCADA中code Builder提供的程序代码,读取占用模拟器生成的文件,实现与能源相关的算法。仿真结果以图形方式显示在SCADA人机界面上。仿真结果表明,所提出的仿真器能够以逼真的显示方式模拟和可视化基于占用率的能耗模型,与使用SCADA系统进行实际应用时的能耗监测类似。此外,所提出的方法为基于scada的能源监测系统的开发提供了一种有效的工具。
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