The ventilation system for energy conservation of Telephone Exchange in Thailand

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

Abstract

The existing cooling system of Telephone Exchange consumes more than 45% of overall energy consumption and generates the large amount of CO2 that affect the global environment as well. Focusing on the energy conservation and expenditure, the adaptive cooling system using the air blowers integrated with the existing air conditioning system is proposed. Comparing the energy consumption, life cycle costs, temperature and humidity controls to the conventional cooling system control were done. The experiment demonstrated that the energy consumption of the cooling system decreased 87.98% and the overall energy consumption decreased 35.49% as compared to the convention cooling system. The annual cost of the proposed system can reduce up to 288,533 THB/Room with 1 year of return of investment. The proposed system can operate without any interruption under the temperature and humidity requirements. Finally, the report included important detail such as innovations, detail designs; preventive maintenance requirement and barriers of proposed system will be shown and described in detail.
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泰国电话局节能通风系统
电话交换机现有的冷却系统消耗了总能耗的45%以上,并产生了大量的影响全球环境的二氧化碳。从节能降耗的角度出发,提出了鼓风机与现有空调系统相结合的自适应制冷系统。对该系统的能耗、寿命周期成本、温度和湿度控制与常规冷却系统的控制进行了比较。实验表明,与常规冷却系统相比,该冷却系统能耗降低87.98%,总能耗降低35.49%。在一年的投资回报下,拟议系统的年成本最多可减少288,533泰铢/间。该系统可在温湿度要求下不间断运行。最后,报告包含了重要的细节,如创新,细节设计;将详细说明拟议系统的预防性维护要求和障碍。
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