1. Indoor temperature control and energy saving

• In the heating and cooling systems of buildings, effectively releasing and storing heat according to the ambient temperature helps to reduce the energy consumption of buildings, which is in line with the current trend of building energy conservation development

2. Refrigerated transportation

• During transportation, materials can absorb incoming heat from the outside, prevent the temperature of goods from rising, and ensure the quality and safety of temperature sensitive goods such as food and medicine

3. Cold storage energy storage

• At night or during periods of low electricity consumption, using low-priced electricity to lower the temperature of the cold storage and store energy in phase change materials.
• During the daytime or peak electricity consumption, phase change materials release heat to maintain the temperature of the cold storage, reduce the operating time of refrigeration equipment, and lower the operating costs of the cold storage.

4. There is great potential in the field of electronic devices

• 45 ℃ phase change energy storage materials can be used for heat dissipation management of electronic devices.
• When the device heats up, the phase change material absorbs heat, reduces device temperature, improves device stability and reliability, and extends the service life of electronic devices.

5. Wearable devices

• 45 ℃ phase change energy storage materials can provide temperature regulation function for devices, allowing wearers to maintain comfort in different environmental temperatures.