Energy Saving Approach for Air Conditioner in Hotel Room
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Abstract
The purpose of this research is to study the energy-saving approach for air conditioning in the hotel rooms. Industrial techniques such as quality tools and group discussions were applied to identify the problems and to determine the energy-saving solutions. The results showed that there
were two solutions to save hotel energy consumption. The first method was to install an electronic device for checking the opening and closing of the door. The second method was to build the energy-saving awareness by using stickers. Both methods can reduce the problem of leaving the door open and low temperatures by 75%, while room electricity consumption was reduced by 17.63 percent.
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References
Schwab, K. (2562). The travel & tourism competitiveness report 2019. Geneva: World Economic Forum. (In Thai)
Power Economics Division Department of Energy Economic Policy. (2019). Annual electricity distribution situation report 2019. Bangkok: Provincial Electricity Authority. (In Thai)
Krainot, N., Ruangratanatrai, A., and Sae-Siew, B. (2021). “Logistics costs in the hotel industry”. International Thai Tourism Journal. 17(1): pp.61-80. (In Thai)
Charutwinyo, P. and Charutwinyo, C. (2008). "A strategic plan to improve the tourism business in Kamphaeng Phet Province". The Golden Teak: Research Journal. 14(2): pp.45-57.
Yisattrong, P., and Moomuensonsor, N. (2020). “A study of energy consumption and energy saving guidelines in That Phanom College, Nakhon Phanom University,” Science and Technology Journal Udon Thani Rajabhat University. 8(1): pp. 89-104. (In Thai)
Pongpanich, N. and Wichanaphol, B. (2020). “Building energy management to reduce electricity demand in the air conditioning system of Phayao University model building,” Science and Technology Journal Mahasarakham University. 39(5): pp. 572-579. (In Thai)
Supasuteekul, A. (2014). “A study of the appropriate closing time of air conditioners for energy conservation,” Srinakharinwirot University Journal (Science and Technology Branch). 6(12): pp. 106-113. (In Thai)
Kaiyawan, Y. (2009). Design of research tools. Bangkok: Bangkok supplementary media publishing house. (In Thai)
Laoson, C., Tankum, D., and Chanjira, P. (2021). “Energy saving of air conditioners with cooling equipment from the waste water of the evaporator fan,” Journal of Industrial Studies. 15(2): pp. 10-23. (In Thai)
Lhoalaossuk, P., Rugkran, S., SrihomChai, P., and Chindawatana A. (2013). “Electrical Energy Reduction for High Rise Building Case Study: The Air Conditioning System of Novotel” Kasem Bundit Engineering Journal. 3(2), pp. 48-56. (In Thai)