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Directly addressing the pain points of industrial heating in large spaces, how does the IMPRESIND gas radiation system achieve high efficiency and energy savings?

time：2025-07-11
hits：430次
source：正弘奧能

In the field of industrial heating in large spaces, the traditional heating mode often faces problems such as high energy consumption, uneven temperature distribution, and poor comfort. So, how can we improve the thermal efficiency while achieving precise heating? How can we break the deadlock of the "efficient heating" and "energy saving and consumption reduction" contradiction and ensure that every joule of heat reaches the required place precisely? The solution to this problem is to rely on the gas radiation heating system and customize an integrated energy-saving solution for industrial heating in large spaces. Through the combination of precise combustion control, efficient heat radiation conduction, and intelligent time-based and area-based management, it reduces the overall energy consumption and helps industrial scenarios ensure the heating effect.&nbsp;


	 


	Gas radiation heating releases infrared rays through the combustion of natural gas or liquefied petroleum gas, and directly acts on the human body, the ground, and equipment in a "directional heating" mode, rather than heating the air. This unique heating method is like "precise heat navigation", which can significantly reduce the temperature gradient in the vertical direction within large spaces, keeping the temperature in the working area always within the set range and avoiding the ineffective energy consumption caused by the upward movement of hot air in traditional convective heating. Its core advantage lies in breaking through the energy loss bottleneck of the "air medium", directly delivering heat to the actual demand points, achieving refined heating, and fundamentally improving energy utilization efficiency.&nbsp;


	 


	<img src="http://www.daanda.com.cn/Uploads/image/20250711/20250711110940_40628.jpg" alt="" /> 


	 


	IMPRESIND Gas Radiation Heating System is an independent heating system, consisting of a generator, a radiation section and a control system.&nbsp;


	 

Generator 

	The generation of radiant heat is mainly achieved through the generator. The generator adopts a dual fan design, with a micro-positive pressure and negative pressure system, and is equipped with dual pressure difference switches. The micro-positive pressure fan can ensure the stability of the flame, prevent flame overflow, and maintain the combustion efficiency. The dual fan configuration largely ensures the safety of the flame. Additionally, an internal smoke gas recirculation device is installed, which recovers the heat of the smoke gas for secondary utilization, with a recycling rate of up to 70%.&nbsp;


	 

Radiation section&nbsp; 

	The radiation section is composed of a series of modules (varying from 2 to 6 meters in length). Each module is made up of radiation tubes made of alloyed aluminum steel. These tubes are inserted into the module through corresponding supports and connected by special joints. These joints have special resistance to high temperatures and flexibility. This solution does not use sealing compounds, compensating for the expansion caused by the heating of the modules, so that they will not cause dangerous expansion and stretching, providing long-term and continuous usage assurance.&nbsp;


	 

Control system 

	Each set of equipment operates independently and can be managed through a single control panel or a centralized system. The system is flexible in operation and enables each device to run in different temperature modes. A single control box can manage up to 59 sets of equipment. Users can implement time-based and zone-based temperature control as needed, always precisely regulating the indoor temperature in the most optimized way, allowing each degree of heat to be released as required, while ensuring comfort and minimizing energy consumption to the greatest extent.&nbsp;


	 


	The deep adaptability of the Ipside gas radiation heating system stems from its specialized deep design system. Through a precise three-stage process of heat load calculation verification, equipment layout scheme design, and operation optimization calculation, it can dynamically calibrate parameters and customize solutions according to different scenarios. Whether it is a 10,000-square-meter large industrial plant or logistics warehouse, or a complex space aircraft maintenance depot with a 30-meter height, it can be flexibly deployed through modular design - the length of the radiation tubes can be freely combined according to the space height, and the installation method can be adjusted in multiple dimensions. It is like "heat customization", tailoring solutions for various high-rise industrial buildings, ensuring that the heating needs of every inch of space can be precisely met, and truly achieving the ability to cover multiple scenarios.&nbsp;


	 

The Ipside gas radiation heating system has emerged as a standout feature in numerous key construction projects, demonstrating outstanding performance. The system has been successfully applied to projects such as the heating of the No. 1 Hangar for China Southern Airlines Aircraft Maintenance at Beijing Daxing Airport, the heating renovation of the China Southern Airlines Maintenance Depot at Urumqi Airport, the heating of the freight warehouse in Ordos Comprehensive Bonded Zone, the heating of the Coca-Cola Beverage Processing Factory in Heilongjiang Province, and the heating of the Logistics Warehouse of China Post Langfang Mail Processing Center. From aviation maintenance to industrial production and warehousing logistics, the Ipside gas radiation heating system, with its differentiated advantages of "precise temperature control, efficient energy saving, and scenario adaptation", has become the preferred solution for high-rise space industrial heating.

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Directly addressing the pain points of industrial heating in large spaces, how does the IMPRESIND gas radiation system achieve high efficiency and energy savings?