Lighting Audit for Energy Conservation and Safety and Health in the Academic Office Building

R. Zailan, M. I. A. Al Biajawi, M. F. Md Jaafar, N. Ghazali, K. A. Shahid
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Abstract

A lighting audit is an investigational process that measures conditions against standards to determine any lighting improvement measures. The objective of this study is to conduct a lighting audit to evaluate the level of existing lighting in the work environment of the academic faculty building. The lighting audit for the faculty buildings consists of a walk-through audit, lighting desktop work, field data measurement, and lighting analysis. The illuminance level cross-checks with the MS 1525:2019 and the lighting guideline from the Department of Safety and Health Malaysia. The illuminance analysis finding denotes most areas have violated the standards and are in overlit status. Few lighting conservation measures were proposed and prioritized the LED lighting installation. Economic analysis for retrofitting of LED lighting generates energy saving at 30%, a return on investment of two months, and about 6.60-tonne CO2 emission reduction annually. The LED lighting installation shows attractive investment and has good potential at higher luminous efficacy around 40-256 Lm/Watt for the respective areas.
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高校办公大楼节能与安全卫生照明审计
照明审计是一项调查过程,根据标准衡量条件,以确定任何照明改善措施。本研究的目的是进行照明审计,以评估学术教学大楼工作环境的现有照明水平。对教员建筑的照明审计包括一遍又一遍的审计、照明桌面工作、现场数据测量和照明分析。照度水平与MS 1525:2019和马来西亚安全与卫生部的照明指南交叉核对。照度分析结果表明,大部分区域违反了标准,处于overlight状态。提出了一些节约照明的措施,并优先安装LED照明。经经济分析,改装LED照明可节省30%的能源,投资回报可达两个月,每年可减少约6.60公吨的二氧化碳排放量。LED照明装置的投资极具吸引力,在各自的区域具有较高的光效,约为40-256 Lm/Watt。
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