TRNSYS 시뮬레이션을 통한 공공기관 건물의 기류속도 기반 쾌적성 확보 가능성 분석
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This study aims to evaluate whether it is possible to secure indoor comfort by utilizing wind speed changes when the cooling temperature must be operated above the standard in summer. The correlation between the change in the cooling set temperature and the change in wind speed in summer was analyzed using standard weather data and TRNSYS simulation to analyze PMV changes. The simulation results confirmed that comfort can be maintained through wind speed control even when the indoor temperature exceeds the comfort standard through correlation analysis between the indoor set temperature and wind speed. These results suggest that wind speed control is an effective alternative for maintaining a comfortable indoor environment in an environment where the cooling temperature is limited.
Abstract
This study aims to evaluate whether it is possible to secure indoor comfort by utilizing wind speed changes when the cooling temperature must be operated above the standard in summer. The correlation between the change in the cooling set temperature and the change in wind speed in summer was analyzed using standard weather data and TRNSYS simulation to analyze PMV changes. The simulation results confirmed that comfort can be maintained through wind speed control even when the indoor temperature exceeds the comfort standard through correlation analysis between the indoor set temperature and wind speed. These results suggest that wind speed control is an effective alternative for maintaining a comfortable indoor environment in an environment where the cooling temperature is limited.