Hong Kong Ampd Energy Power Supply Net Energy Cabinet

In the field of new energy, the heat dissipation efficiency and stability of equipment are crucial. But in high temperature environments, the efficiency of equipment often decreases, leading to a decrease in energy conversion efficiency. Continuous high temperatures will accelerate equipment aging, increase equipment failure rates, shorten service lives, and increase maintenance and replacement costs.

The use of innovative cooling new energy coatings effectively improves the energy conversion efficiency of equipment and extends its service life. At the same time, the coating's strong refrigeration performance and enhanced anti-corrosion properties significantly reduce equipment operation and maintenance costs, ensuring reliability and durability in various environments.

Taking the power supply net energy cabinet of Ampd Energy Limited in Hong Kong as an example, it adopts the innovative cooling new energy coating to improve the stability of its Ampd Energiner intelligent battery powered net energy cabinet in high temperature environments.

After the application of new energy coatings, the surface temperature of the clean energy cabinet decreased by 18.1 ℃, the internal temperature decreased by 3-5 ℃, and the operating efficiency increased by 10%, reducing the loss of internal components caused by high temperatures, improving power generation performance and service life, and reducing long-term operating costs. This is in line with the company's commitment to providing efficient, safe, and zero pollution power supply solutions, reflecting its core values of green environmental protection and sustainable development.