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Impact of Cooling Systems on the Energy Consumption and Indoor Environment in a Low-Energy Office Building

机译:冷却系统对低能办公楼能源消耗和室内环境的影响

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The paper presents the results and analysis of the energy consumption of a newly designed office building in relation to quality of the indoor environment. The main energy consuming process in such a type of buildings is air-conditioning and cooling. The building was designed as a low-energy one, cooled by means of cooling ceilings. The architect's and designer's assumptions were checked by numerical simulation applying ESP-r software. Basing on the simulation results, the seasonal energy consumption was analyzed for different strategies of cooling. The changeability of the demand for cooling was also simulated for the summer period for one of the Polish towns. Thermal comfort in the building was assessed thanks to the simulation of the variability of the indoor air temperature, the temperature of the partitions and by means of the PMV factor.
机译:本文介绍了与室内环境质量相关的新设计办公楼能源消耗的结果和分析。这种建筑物中的主要能量消耗过程是空调和冷却。该建筑设计为低能量,通过冷却天花板冷却。通过应用ESP-R软件的数值模拟来检查Architect和Designer的假设。基于仿真结果,分析了季节性能耗以进行不同的冷却策略。对于其中一个波兰城镇的夏季,还模拟了冷却需求的可变性。由于对室内空气温度的可变性,隔板的温度和PMV因子的模拟来评估建筑物中的热舒适性。

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