FKEE解决UMP讲堂能源浪费事件的方法

N. M. Saad, S. Ab Rahman, M. F. Abas, M. Jadin, A. Hanafi
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引用次数: 1

摘要

值得注意的是,空调和机械通风系统(ACMV)以及照明系统在马来西亚的建筑物中消耗的电能最多。在马来西亚彭亨大学(UMP),由于建筑物的性质,在教师办公大楼和演讲厅使用了分体式空调系统。研究发现,能源消耗的主要部分来自报告厅建筑。这些电器一整天都在固定的设置下运行,有时在应该关闭的时候却打开了。这造成了能源的浪费。通过使用控制系统控制电器和系统,可以减少能源浪费,同时保持建筑物内舒适和安全的环境。本文对某UMP报告厅的能源浪费进行了初步研究。在本案例研究中,安装了一个数据记录器来收集数据,以便进一步分析大厅的能耗。本文还报道了一种可用于报告厅的空调和照明系统的节能控制系统的初步设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FKEE Approaches in Solving Energy Wasting Occurrences in UMP's Lecture Halls
It is important to note that air-conditioning and mechanical ventilating system (ACMV) and lighting system consume the most electrical energy in a building in Malaysia. In University Malaysia Pahang (UMP), due to the nature of the buildings, split units air-conditioning systems are used in the faculty office blocks and the lecture halls. It is found that a major portion of the energy consumed came from the lecture hall buildings. The appliances are running on a fixed setting throughout the day, and are sometimes turned on when they should be off. This contributes to energy wastage. The energy wasted can be reduced by controlling the appliances and system using a control system while maintaining a comfortable and safe environment in the building. This paper presents a preliminary study on energy wastage in a UMP lecture hall. In this case study, a data logger is installed to collect data for further analysis on energy consumption in the hall. Also reported in this paper is the preliminary design of a energy saving control system for air-conditioning and lighting system that can be used in lecture halls.
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