540 Million Air Conditioners Refuse Being “Too Cold in Summer and Too Hot in Winter”, Low-carbon Heating and Cooling Urgently Needs New Attention
Under global cooperation, air conditioning gradually refused to use Freon as a refrigerant. Since 2000, the area and depth of the ozone hole over Antarctica have been gradually improving. Now, it's time for 540 million air conditioners to refuse being “too cold in summer and too hot in winter”.
As early as 2006, the General Office of the State Council issued the Notice on Strictly Implementing the Temperature Control Standards for Air Conditioning in Public Buildings, which clearly stated that for all units inside public buildings, including state organs, social organizations, enterprises and institutions, and individual industrial and commercial households, the indoor air conditioning temperature in summer shall not be set below 26 degrees Celsius, and shall not be set above 20 degrees Celsius in winter, except for special units such as hospitals and users who have specific temperature requirements in production processes and have been approved. In general, it is prohibited to open windows during the operation of air conditioning.
As a national-level scientific organization in the field of green development, China Biodiversity Conservation and Green Development Foundation not only strictly and effectively implements the relevant provisions of the Notice, but also calls on the whole society to pay attention to the importance of reasonable control of air conditioning temperature, in order to save energy and resources, reduce greenhouse gas emissions, effectively protect the environment, and promote the achievement of the dual carbon goals.
If the temperature set for air conditioning cooling increases by 1 ℃, the load reduction rate will be between 4% and 15%; and if the temperature set for air conditioning heating decrease by 1 ℃, the load reduction rate will be basically 3% to 10%. So setting the air conditioning temperature above 26 ℃ in summer and below 20 ℃ in winter is the most suitable for both energy conservation and human comfort considerations.
Original article: https://mp.weixin.qq.com/s/KqGnjgJfjQGkaylqeivhoA
Translator: Richard
Checked by Sara
Editor: Richard
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