小峰色戒网站_大奶一区_久久久国产毛片_欧美成人V片观看_国产一级片久久_久久久久1
hotline:
010-53033961
中文
Home
About
News
Product
Service
Case
Contact
hotline:
010-59393252
×
Company News
News
Technical Popularization
Energy-efficient for heating in large Spaces? Using ECOPAN hot water radiant panels
time:2025-04-18
hits:171次
source:正弘奧能
The thermal insulation of high-space industrial buildings is limited. The hot air is quickly dissipated by the cold air. This not only takes a long time to heat up and wastes a lot of energy, but also makes it difficult to achieve the required heating effect. Therefore, from this perspective, many users of heating in high-space factories choose radiant heating.<br /> <br /> Compared with convective heating methods, radiant heating has no convection phenomenon, small thermal inertia, no need for long preheating time, and a fast heating speed. In the environment of radiant heating, the enclosure structure, the ground and the surface of the equipment in the environment have relatively high temperatures. With the dual effects of radiation intensity and temperature, a thermal state that truly meets the heat dissipation requirements of the human body is created, so the human body has the best sense of comfort. Under the same indoor thermal comfort conditions, the air temperature required for a room heated by radiant heating can be at least 2 to 3 degrees Celsius lower than that heated by radiators. If radiators are used for heating, the room temperature should be at least 18℃. With radiant heating, the room temperature only needs to reach 16℃ to make people feel comfortable, so a large amount of heating energy can be saved.<br /> <br /> <p> Among infrared radiant heating products, hot water radiant panels use hot water as the heat transfer medium. The radiant panels are arranged in modular strips and installed above the heating space in a suspended ceiling form, effectively solving the problems of poor heating effect and high energy consumption in large Spaces by convection. Hot water flows in the pipelines of the radiant panels, conducting heat to the panels and generating infrared rays, which transfer heat to people and objects in the high-space buildings, reducing the vertical gradient heat loss. In high-space industrial buildings, this means saving energy and economic costs. </p> <p> <br /> </p> <p style="text-align:center;"> <img src="http://www.soooyo.cn/Uploads/image/20250422/20250422100909_57690.jpg" alt="" /> </p> <p style="text-align:center;"> <br /> </p> Ecopan hot water radiant panels promoted and sold by Beijing Leadway Power Technology Co., Ltd. are prefabricated into standard lengths in the factory. Each radiant plate can be connected with a quick coupling. Each radiation plate and water collection pipe is prefabricated in the factory and has undergone safety inspections. Under the same size characteristics (pipe diameter, quantity and spacing, panel width), <span>Ecopan</span> hot water radiant panels have higher thermal energy efficiency than other products on the market. The hot water radiant panels are modularly spliced and arranged in a series strip pattern. The two modules are directly connected by a compression joint, which is fast, simple and convenient. This enables the use of a smaller quantity of products to meet the same heating requirements. At the same time, it saves 30% to 50% of operating costs, and the energy-saving effect is very significant.<br /> <br /> Ecopan hot water radiant panel heating can be used for general heating and local area or local work site heating. It can be applied in volatile and flammable building environments, including large shipyaries, ship, aircraft and car repair halls, building materials markets, shopping centers, exhibition venues, multi-functional gymnasiums and entertainment halls, and many other places. Without increasing the fire protection grade of buildings, there will be no risk of fire or explosion.<br />
prev:The application advantages of IMPRESIND gas radiant heating system in large-space heating
Returns a list of
next:Why do you choose IMPRESIND gas radiant heating system for large-space buildings?