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How can we help high-space industrial heating achieve a 30% to 50% reduction in overall energy consumption?

time：2025-05-15
hits：228次
source：正弘奧能

In the field of industrial heating for large Spaces, traditional heating modes often encounter problems such as high energy consumption, uneven temperature, and poor comfort. So, how can we combine the improvement of thermal efficiency with precise heating? How can we achieve a dual breakthrough in efficient heating and energy conservation and consumption reduction? The answer of Beijing Leadway Power Co., Ltd is that by adopting a gas radiant heating system and adopting a systematic thinking of "product + solution + service", it provides users with an integrated solution, helping to reduce the comprehensive energy consumption of high-space industrial heating by 30% to 50%. 
 

	Gas radiant heating works by burning natural gas or liquefied petroleum gas to release infrared rays, directly heating people, the floor and equipment in the heating space, rather than the air. This "directional heating" mode not only significantly reduces the temperature gradient in the vertical direction within large Spaces, but also ensures the stability of the temperature in the working area, and further avoids the energy waste problem caused by the upward movement of hot air in traditional convective heating.


	 


	<img src="http://www.zuiaijishao.cn/Uploads/image/20250515/20250515133038_44920.png" alt="" /> 

 
IMPRESIND Gas Radiant Heating System under Beijing Leadway Power Co., Ltd is an independent heating system, consisting of three parts: the generator, the radiant section and the control system. 
 
Generator: The generation of radiant heat is mainly achieved through generators. The generator adopts a dual fan, a slightly positive pressure and negative pressure system design, and is equipped with dual wind pressure difference switches. The micro-positive pressure fan can ensure the stability of the flame, prevent flame overflow, and guarantee the combustion efficiency. The dual-fan configuration largely ensures flame safety. In addition, it is equipped with a built-in flue gas recirculation device, which recovers the heat of the flue gas for secondary utilization, with a recycling rate of 70%. 
 
Radiation section: The radiation section is composed of a series of modules (ranging from 2 to 6 meters), each of which is made up of radiation tubes made of aluminum alloy steel. These tubes are inserted into the modules through corresponding brackets and connected with special joints. This joint has special high-temperature resistance and flexibility. This solution does not use sealing compounds, compensating for the expansion caused by module heating, preventing them from causing dangerous expansion and stretching, and ensuring long-term continuous use. 
 
Control system: Each set of equipment operates independently and can be managed through a single control panel or a centralized system. The system operates flexibly and enables each device to run in different temperature modes. A single control box can manage up to 59 sets of equipment. Users can control the temperature by time and area as needed, always precisely adjusting the indoor temperature in the most optimized way, so that every degree of heat is released as needed, ensuring comfort while minimizing energy consumption to the greatest extent. 
 
Gas radiant heating, with its three core values of directional heating, high efficiency and energy conservation, and low carbon emissions, reconstructs the industrial heating scenarios in large Spaces. Compared with traditional convective heating, it can increase the heat utilization rate to over 90% and reduce energy consumption by 30% to 50% while ensuring the temperature balance and comfort of the working environment. With the dual value of "precise heating + energy conservation and carbon reduction", it achieves a two-way breakthrough in energy conservation goals and economic benefits.

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How can we help high-space industrial heating achieve a 30% to 50% reduction in overall energy consumption?