Application

The application of ultra-high thermal conductivity phase-change materials in insulation boxes significantly improves insulation capacity, effectively maintains internal temperature, and reduces energy loss. Lightweight design reduces transportation burden and is reusable, with superior environmental performance. The high heat capacity characteristic makes it smaller in volume, while still providing the same insulation effect, ensuring the safety of temperature sensitive goods.

By installing high thermal conductivity all solid phase change materials, traditional refrigerated carriages can be transformed into cold storage carriages, and can also be used as mobile cold storage, effectively separating the refrigeration device from the diesel engine. When the truck is parked, the electric refrigeration device can be connected to a power source, and the material absorbs and releases cold energy to meet the cooling needs of the truck. In addition, the carriage can be stored on the ground to achieve more precise temperature control. Compared with traditional refrigerated carriages, cold storage carriages have the advantages of energy saving, economy, and compatibility with multiple vehicle models. They use passive cooling technology to ensure safety and reliability, avoiding the risk of "chain breakage"; After transportation is completed, it can be used as a mobile cold storage, with flexible scheduling and convenient maintenance. It also supports temperature control at multiple temperature points to meet diverse transportation needs.

Ultra high thermal conductivity phase change materials utilize special temperature points and peak valley electricity in cold chain storage applications to save energy. At specific temperatures, PCM absorbs and releases heat to maintain warehouse temperature. Under the pricing strategy of peak valley electricity, cold energy is absorbed during low peak periods and released during peak periods to save costs; Its passive design does not require complex control programs, has low cost, high efficiency, and does not require post maintenance; At the same time, in the event of a power outage or equipment failure in the cold storage, dual protection can be provided to ensure stable internal temperature and enhance storage safety.

Due to insufficient power supply and a lack of refrigerated storage equipment at vaccination sites, only 38.5% of infants aged 12 to 23 months in Ethiopia have received the most basic vaccines. Due to insufficient power supply and a lack of refrigerated storage equipment at vaccination sites, only 38.5% of infants aged 12 to 23 months in Ethiopia have received the most basic vaccines. Due to insufficient power supply and a lack of refrigerated storage equipment at vaccination sites, only 38.5% of infants aged 12 to 23 months in Ethiopia have received the most basic vaccines. Due to insufficient power supply and a lack of refrigerated storage equipment at vaccination sites, only 38.5% of infants aged 12 to 23 months in Ethiopia have received the most basic vaccines.