Research On Green Energy-saving Design Of Small And Medium-sized Swimming Pools In Cold Regions

In recent years,with the continuous enhancement of my country’s comprehensive national strength,China’s urban development level and urbanization level have entered a new period,while economic and social development has also promoted the development of cultural and sports undertakings^[1].At the same time,people’s enthusiasm for fitness is high,which will continue to promote the rapid development of sports facilities.Although my country’s sports buildings have made great progress in recent years,there are still many challenges,such as:resource waste caused by high energy consumption and lack of sustainability;lack of innovation and personalization in design;and the adaptability of buildings to climate change.needs to be improved.With the advancement of the national"Thirteenth Five-Year Plan",the State Sports General Administration actively promotes the green development of sports construction,and strives to implement low-carbon,energy-saving and emission-reduction policies in order to achieve resource-saving and environmentally friendly green energy-saving sports building design.In this article,combined with the design of the natatorium in Fengxi New City of Xixian New District,this paper explores the green and energy-saving design strategy of the natatorium under such climate characteristics in the cold Northwest region represented by Xi’an.First of all,the article constructs the theory of green and energy-saving design of swimming pools.Using the thinking of adapting measures to local conditions,the design elements of swimming pools are integrated with climate and environmental impact factors,and the theory of green and energy-saving design of swimming pools is proposed to guide the analysis in the following chapters.Secondly,the article conducts on-the-spot research and analysis on the existing swimming pools around the swimming pool in Fengxi New City of Xixian New Area and the construction of representative swimming pools in such climate characteristic areas,and conducts a survey on the users.The research content is mainly Based on the summary of the green energy-saving design methods of existing buildings,the comfort of the indoor physical environment of the building is investigated,and the reference points and deficiencies of the existing small and medium-sized swimming pools are analyzed,paving the way for the follow-up research on green energy-saving design strategies of swimming pools.Thirdly,through the analysis of a large number of excellent cases,the article uses the theory of green and energy-saving design of swimming pools,from the perspective of reasonable function positioning and design,quantitative simulation analysis of existing problems in swimming pools,and the use of software simulation,and finally proposes a solution suitable for Xi’an in my country.It represents the green and energy-saving design strategy of swimming pools under this type of climate characteristics.Finally,starting from the actual project,the article applies the design strategy to the green energy-saving design of the natatorium in Fengxi New Town,Xixian New District,and verifies it through field measurement,discusses the shortcomings of the design,and proposes an optimization strategy.The research results of this paper are to provide appropriate strategies and basis for the green energy-saving design of swimming pools of the same type with the same climate characteristics in the future,and provide reference for subsequent research on green building design,hoping to provide reference and reference value for the green energy-saving design of swimming pools in my country.