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Assessment of Thailand indoor set-point impact on energy consumption and environment

机译：评估泰国室内设定点对能源消耗和环境的影响

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摘要

The paper presents an investigation of indoor set-point standard of air-conditioned spaces as a tool to control electrical energy consumption of air-conditioners in Thailand office buildings and to reduce air pollutants. One hundred and forty-seven air-conditioned rooms in 13 buildings nationwide were used as models to analyze the electricity consumption of air-conditioning systems according to their set indoor temperatures, which were below the standard set-point and were accounted into a large scale. Then, the electrical energy and environmental saving potentials in the country were assessed by the assumption that adaptation of indoor set-point temperature is increased up to the standard set-point of 26℃. It was concluded that the impacts of indoor set-point of air-conditioned rooms, set at 26℃, on energy saving and on environment are as follows: The overall electricity consumption saving would be 804.60 GWh/year, which would reduce the corresponding GHGs emissions (mainly CO_2) from power plant by 579.31 x 10~3 tons/year.
机译：本文对空调空间的室内设定点标准进行了研究，以此作为控制泰国办公大楼中空调器电能消耗并减少空气污染物的工具。以全国13个建筑物的147个空调房间为模型，根据其设定的室内温度（低于标准设定点）对空调系统的用电量进行了分析，并进行了大规模计算。然后，通过将室内设定温度的适应性提高到标准设定温度26℃的假设，评估了该国的电能和环保潜力。得出的结论是，将空调房间的室内设定温度设定为26℃，对节能和环境的影响如下：每年总共节省804.60 GWh的电力消耗，这将减少相应的GHGs电厂排放量（主要为CO_2）减少579.31 x 10〜3吨/年。

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