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The advantages of gas infrared radiation heating in large-space heating

time：2023-07-11
hits：962次
source：正弘奧能

With the development of economy, more and more tall space buildings have been built, such as airport terminals, hangars, intelligent logistics centers and so on.The doors and Windows of tall space buildings have large area and high height, and a large amount of cold air penetrates or leaks into them, producing a large amount of heat load.Due to the high height of the building, warm air collects in the upper space of the building under the action of buoyancy, so the air stratification and vertical temperature gradient are more severe than in other areas.This can be a huge waste of energy.Therefore, the high space heating system design should be given special attention.


	 


	Radiant heating is considered as an ideal alternative to traditional heating systems in large-space buildings.Gas infrared radiation heating system, also known as radiation heating, gas radiation and so on.This way is to use the characteristics of infrared rays to penetrate the air without heating the air, and generate high temperatures by burning natural gas (liquefied petroleum gas) to form infrared rays for heating.Not only improves the thermal comfort of the occupying area of the secondary air flow device in the large enclosed space building, but also reduces the indoor air stratification of the natural gas infrared radiation heating system, which saves more than 30% energy than the convective heating system.The principle comes from the sun.This equipment needs to have natural gas or liquefied gas as a prerequisite.


	 


	Gas infrared radiation heating system is particularly suitable for high space heating, both for comprehensive heating, but also for local areas of heating, and even different areas of the same space can be set according to user needs of different heating temperatures and working hours, which is other heating methods can not be done.


	 


	1. Better air quality 


	In contrast to forced air heating systems, radiant heat does not dry out the air.This is because it does not directly heat the air.Other forced air heaters are also prone to kicking up dust, which can exacerbate allergies and respiratory problems.In addition, radiant heating provides more uniform heating and feels more comfortable and efficient.


	 


	2. Efficient and energy saving 


	Radiant heat is energy efficient and can help you save up to 15% on your heating bills because the system itself is so efficient.It is also more environmentally friendly because less energy is wasted in the process.


	 


	3. Static heating system 


	The radiator panels on the ceiling are hidden from the naked eye and do not take up any extra space.Priority.There is absolutely no noise, which makes it even better.


	 


	4. Easy to maintain 


	Another major benefit of radiant heating is that it requires minimal maintenance and upkeep.It can also save a lot of operation and maintenance time and cost.


	 


	<img src="http://hzhonghua.com/Uploads/image/20230711/20230711101818_94883.png" alt="" />




	The gas infrared radiation equipment promoted and sold by Beijing Leadway Power&nbsp;Co., Ltd. does not need to install external combustion equipment, and independent heaters are generally installed in the upper part of the heating space of the building, which does not occupy the building space.Radiant heat directly radiates downward, the ground can also store part of the heat, indoor air temperature gradient is small, small heat loss, reduce heat consumption under the premise of ensuring comfort, to achieve the purpose of energy saving.


	 


	According to the Code for Fire Protection of Building Design: "The use of gas, liquid, solid as fuel or the combustion of gas, liquid for other purposes of various production" fire risk category belongs to Class D.Gas infrared radiation equipment system performance is very stable, so the use of gas radiation heating will not increase the risk and design difficulty of the building.

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The advantages of gas infrared radiation heating in large-space heating