Study on energy saving of air conditioning frequency conversion and speed regulation in public buildings in hot summer and warm winter areas
Yu Huang
Abstract
Open-access reader
Yu Huang
Abstract
Open-access reader
Abstract In order to meet the comfort and environmental protection and energy saving requirements of residential buildings, This paper puts forward a research method for energy saving of air conditioning in public buildings in hot summer and warm winter areas. According to the characteristics of hot winter and warm winter climate and energy consumption of large shopping malls, it analyzes several energy saving modes of air conditioning in large public buildings, simulates and analyzes the energy consumption of air conditioning in residential buildings under different room temperature conditions, optimizes the algorithm of air conditioning frequency conversion energy consumption in public buildings in hot summer and warm winter areas, and standardizes the evaluation mode of air conditioning frequency conversion energy consumption in public buildings. And put forward relevant optimization suggestions. Finally, the experimental results show that the energy-saving effect of air conditioning frequency conversion speed regulation in public buildings in hot summer and warm winter areas is very obvious, and it is worth popularizing.
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Abstract In order to meet the comfort and environmental protection and energy saving requirements of residential buildings, This paper puts forward a research method for energy saving of air conditioning in public buildings in hot summer and warm winter areas. According to the characteristics of hot winter and warm winter climate and energy consumption of large shopping malls, it analyzes several energy saving modes of air conditioning in large public buildings, simulates and analyzes the energy consumption of air conditioning in residential buildings under different room temperature conditions, optimizes the algorithm of air conditioning frequency conversion energy consumption in public buildings in hot summer and warm winter areas, and standardizes the evaluation mode of air conditioning frequency conversion energy consumption in public buildings. And put forward relevant optimization suggestions. Finally, the experimental results show that the energy-saving effect of air conditioning frequency conversion speed regulation in public buildings in hot summer and warm winter areas is very obvious, and it is worth popularizing.
Key concepts: Air conditioning, Energy consumption, Environmental science, Consumption (sociology), Cold winter, Energy (signal processing), Efficient energy use, Architectural engineering