Energy consumption accounts for an important proportion of the operating costs of industrial production, and industrial doors, as the "energy consumption gap" of the factory, directly affect the energy loss of the workshop. Jiangsu Ambixin Internet of Things Technology Co., Ltd. integrates the concept of energy conservation into product design through technological innovation, so that the industrial door can change from an "energy consumption loophole" to an "energy-saving barrier", helping enterprises reduce costs and increase efficiency.
1. Insulation structure: the core of blocking energy loss
The insulation performance of industrial doors mainly depends on the material and sealing design of the door panel. Ambison's insulation lift doors, aluminum fast doors and other products all adopt the design of double-layer structure + high-density polyurethane foam filling, and the closed-cell structure of the polyurethane foam layer can effectively block heat conduction, whether it is a high temperature summer or a low temperature winter, it can reduce the energy exchange inside and outside the workshop. Taking cold chain logistics cold storage as an example, the reinforced sealing structure of the Ambison insulation lift door can reduce the cooling loss of the cold storage by 40%, which can save hundreds of thousands of yuan in electricity bills per year based on the cooling energy consumption of medium-sized cold storage.
2. Fast opening and closing: the key to reducing energy convection
In addition to the thermal insulation performance of the door panel, the opening and closing efficiency of the door body also directly affects energy consumption. Traditional industrial doors are slow to open and close, which will lead to a large amount of air conditioning or heating in the workshop, while Ambison's turbo hard fast doors, fast roller shutter doors and other products are equipped with high-efficiency drive systems, which can realize the high-speed lifting and lowering of the door body, and close quickly after the passage of personnel and goods, greatly shortening the opening time of the door body and reducing energy convection. In the automobile assembly workshop, the rapid opening and closing characteristics of Ambison hard fast doors help the workshop save more than one million yuan in air conditioning energy consumption and achieve significant energy-saving benefits.
3. Sealing details: plugging the "small loopholes" of energy consumption
Many companies overlook the sealing details of industrial doors, and these "small loopholes" are often the hardest hit areas for energy loss. Ambison has strengthened the sealing configuration in the design of all products: the edge of the door curtain is equipped with a double-row card holder sealing brush, the bottom of the door body adopts an elastic sealing structure, and the door head adopts an integrated sealing design, forming a four-sided airtight protection, which can effectively block dust and hot and cold air. In the electronic clean workshop, this sealing design not only reduces energy consumption, but also ensures the cleanliness of the workshop and reduces the product defect rate.
In the context of the "double carbon" goal, energy conservation and consumption reduction in the industrial field are imminent. Anbisin will continue to deepen the research and development of energy-saving technologies for industrial doors, provide enterprises with door body solutions with practical functions and energy-saving benefits, and help enterprises achieve green and low-carbon production transformation.
