26 ℃ Phase Change Energy Storage Building PCM, An Excellent Choice For Energy Conservation And Environmental Protection
Introduction:
- 26 ℃ building phase change energy storage material is a new type of building material that can undergo phase change at a specific temperature (26 ℃) to achieve energy storage and release.
- When the ambient temperature approaches 26 ℃, the material will transition from one physical state to another according to the temperature change, while absorbing or releasing a large amount of heat.
- This characteristic makes it have a wide range of application prospects in the field of architecture.
Advantages:
It has strong temperature regulation ability.
1. Maintain stable room temperature
- It can undergo phase transition when the ambient temperature approaches 26 ℃. When the temperature exceeds 26 ℃, the material absorbs heat and changes from solid to liquid, reducing the rate of indoor temperature rise.
- When the temperature is below 26 ℃, the material changes from liquid to solid and releases heat, thereby maintaining a relatively stable indoor temperature, reducing indoor temperature fluctuations, and improving living comfort.
- For example, in areas with large temperature differences between day and night, heat can be absorbed during the day to avoid high indoor temperatures, while at night heat can be released to prevent low indoor temperatures.
2. Relieve extreme temperature conditions
- During the high temperature period in summer, it can effectively absorb external heat, reduce the dependence of buildings on air conditioning, and lower energy consumption.
- During the cold winter season, it can release stored heat, reduce the use of heating, and have a certain insulation effect.
Requirement scenario:
1. Housing and Residential Buildings
2. Work office building
3. Warehouse and factory buildings
4. Medical building
