Analysis on factors affecting energy saving of scientific research buildings in hot summer and cold winter zone
Denghui Wang, Xinzhen Wang, Jindong Wu
Abstract
Denghui Wang, Xinzhen Wang, Jindong Wu
Abstract
A research building in Hangzhou was used for numerical calculations and different factors affecting consumption were assumed. The air conditioning pattern and energy consumption data were surveyed. Then a simulation model was established and different factors affecting energy consumption are simulated. The results show: enhancing the thermal performance of the exterior would reduce the energy consumption by 20% (max); A reasonable and appropriate air conditioning temperature under the premise of ensuring the thermal comfort of the personnel is extremely important which can reduce the energy consumption by 25% (max).
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A research building in Hangzhou was used for numerical calculations and different factors affecting consumption were assumed. The air conditioning pattern and energy consumption data were surveyed. Then a simulation model was established and different factors affecting energy consumption are simulated. The results show: enhancing the thermal performance of the exterior would reduce the energy consumption by 20% (max); A reasonable and appropriate air conditioning temperature under the premise of ensuring the thermal comfort of the personnel is extremely important which can reduce the energy consumption by 25% (max).
Key concepts: Energy consumption, Air conditioning, Cold winter, Thermal comfort, Consumption (sociology), Environmental science, Energy (signal processing), Thermal