Power communication

Cracking the high-temperature operation and maintenance dilemma, reshaping the energy efficiency benchmark in the field of power communication

The safety hazards, frequent failures, and high maintenance costs caused by overheating of power communication equipment have become the core challenges for sustainable development in the field of power communication - high refrigeration energy consumption, sharp increase in carbon emission pressure, equipment life loss, and continuous increase in maintenance costs.

Non electric cooling coating iPain

Based on the unique structure formed by the combination of polymer and inorganic nanoparticles, it exhibits optimized optical and thermal management performance, with a solar reflectance and mid infrared radiation rate of up to 95%, achieving zero energy cooling without the need for external power sources and refrigerants.

Empowering core values through multiple scenarios

• Diversified applications: outdoor equipment cabinets/communication base stations/transformers/control cabinets/transformer boxes/machine room cooling towers
• Temperature control improvement: Improve equipment operating efficiency
• Stable and controllable: Enhance equipment safety and reliability
• Energy saving and consumption reduction: reduce the operating costs of refrigeration systems
• Low carbon and environmental protection: creating a benchmark for green and sustainable development, helping to implement ESG strategies