泰国中小型银行标识照明系统的最佳能源管理

C. Kumpeerakupt, S. Rimsmutchai, N. Pawanawichien, S. Panjavaranont, P. Bhasaputra, W. Pattaraprakorn
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引用次数: 0

摘要

从能源效率和环境方面研究了泰国银行可持续能源的潜力。泰国已实现的国家建筑法规,如建筑规范和绿色建筑,是制定最优能源政策的指导方针。因此,银行认识到能源政策与商业环境的重要性。根据泰国各银行的说法,银行的广告和促销对于增加市场份额非常重要,因此标志照明系统是银行需要安装的第一个标志,没有能源问题。对于泰国的中小型银行(约4000栋建筑),超过三分之一的照明系统是标识照明,仅用于广告目的。本文介绍了标识照明的最优能量管理,在不影响广告目的的前提下,在保持标识照明的照明需求和可接受的投资的前提下,降低标识照明的能耗。此外,针对现有的T8荧光灯和低损耗镇流器系统,提出了两种广告标识照明系统的节能性能评价技术,分别是T5荧光灯加电子镇流器和LED灯。实验结果表明,LED灯标识照明能耗降低50%以上,在实际实施中具有显著的可行性。最后,将从二氧化碳减排的角度阐述环境方面的问题,并总结LED灯标识照明的障碍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The optimal energy management of sign lighting system for small and medium sizes of bank in Thailand
The potential of sustainable energy in Thailand's bank is studied in term of energy efficiency and environmental aspect. The achieved national regulations for buildings in Thailand, such as building code and green building, are the guideline to set up the optimal energy policy. Therefore, the banking recognizes the importance of the energy policy with business condition. According to the various bank in Thailand, the advertising and promotion of bank is very important for increasing the market share, so the sign lighting system is the first sign of bank which are needed to install without energy concern. For small and medium sizes of bank in Thailand (approximate 4,000 building), more than one third of lighting system is sign lighting which is proposed only advertising objective. This paper introduces the optimal energy management of sign lighting to reduce the energy consumption without effect to the advertising objective, which remained the illumination need and acceptable investment of sign lighting. In addition, two technologies of the sign lighting system for advertising are proposed to evaluate the energy performance, which are T5 fluorescent lamps with electronic ballast and Light Emitting Diode (LED) lamps compare to the existing system with T8 fluorescent lamp and low loss ballast. The experimental results show that the LED lamps sign lighting can reduce the energy consumption more than 50% with the significant feasibility in practical implementation. Finally, the environment aspect will be presented in term of CO2 reduction and the barriers of LED lamps sign lighting will be concluded.
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