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Heating design and energy saving of large-space high space indoor gymnasium

time：2023-09-19
hits：1686次
source：正弘奧能

With the continuous enhancement of our comprehensive national strength, there are more and more tall space buildings in our country.Because of the particularity of tall space buildings, the heating design is a big problem.In the actual design process should seriously consider the actual use of the site needs, in addition to the design to meet its heating needs, should also seriously consider striving to reduce the cost of heating system input, improve the heating system heating efficiency, increase the comfort of the heating system, reduce the maintenance cost of the heating system.


	 


	The energy consumption of the heating system in large space has a great relationship with the indoor thermal insulation effect, the engineering structure of the building and the indoor heat output.Taking large indoor stadiums as an example, if the indoor venue has a poor thermal effect, such as using a large area of floor-to-ceiling Windows, it will cause serious heat loss on the site, which will undoubtedly increase the energy consumption of the heating system.While we are doing a good job in the insulation measures of the large-space indoor stadium, we should choose the appropriate heating method.


	 


	Due to the large area at the top of the stadium, we can arrange a large number of hot water radiation panels on it, these hot water radiation panels use hot water as a heat conduction medium, hot water flows in the radiation panel pipeline, heat transfer to the radiation panel, generate infrared rays, and transfer heat to the personnel and objects in the tall space building.The air temperature in tall space buildings is lower than the object temperature in the infrared irradiation area (generally 2-3 degrees lower), so the air stratification and convection effect are reduced, and the thermal energy utilization rate of the hot water radiation panel heating system is high, so the energy consumption required for indoor heating is reduced, and the human comfort is higher.


	 


	<img src="http://www.wmkan.com/Uploads/image/20230919/20230919112456_17786.png" alt="" /> 


	 


	Save energy 


	Infrared radiation heating, no convection phenomenon, small thermal inertia, fast heating speed.In tall Spaces, reducing vertical gradient heat loss means saving energy and economic costs.


	 


	Static heating 


	No fan operation, no noise, quiet operation, no air convection phenomenon, comfortable and soft body feeling, there will be no local temperature uneven phenomenon such as wind system heating environment.


	 


	Short payback period 


	The ceiling hot water radiant panel heating system is mainly manifested in high initial investment, but its energy saving is obvious after operation, and the higher investment part can be compensated by energy saving in a few years.


	 


	Convenient operation and maintenance 


	The system does not require any special maintenance and has no moving mechanical parts.No need to set up a special person to manage and maintain, do not consume electricity, save operating costs.


	 


	Therefore, the hot water radiant panel heating system is energy efficient, static heating, convenient construction, durable, widely used, is the ideal choice for industrial plants, hangars, warehousing, logistics, pavilions and gymnasiums and other tall space building heating.


	 


	ECOPAN hot water radiation panel, promoted and sold by Beijing Leadway Power Co., LTD., is applied to the natatorium and tennis hall project in Ulanqab City.The project is the main project of Ulanqab city to bid for the "14th Games" of the autonomous region, which can hold local and mass sports games and meet the requirements of tennis, badminton, table tennis and other sports.


	 


	<img src="http://www.wmkan.com/Uploads/image/20230919/20230919112614_24098.png" alt="" /> 


	 


	With the same dimensional characteristics (pipe diameter, number and spacing, panel width), ECOPAN hot water radiant panels have higher thermal energy efficiency than other products on the market.This makes it possible to use fewer products to meet the same heating requirements, saving on materials and installation costs.