Building Comfort Area 26℃ Thermal Management Phase Change Materials - Room Temperature Guardian

Building Comfort Area 26℃ Thermal Management Phase Change Materials - Room Temperature Guardian

Material introduction:

• The color and form may appear colorless or pale yellow, and the specific form can be adjusted according to the needs of the application.
• For example, it can be made into powder, flake, block, etc.

Product application case:
-- Applications in the field of architecture

1. Smart Windows

• The 26℃ thermal management phase change material is applied to the glass interlayer of the smart window. When the temperature reaches 26℃, the material will undergo phase change, changing the light transmission or heat insulation performance of the glass.
• For example, in hot days can reduce the light transmission of the glass, reduce the solar radiation into the room, reduce the indoor temperature; In cold days, it can improve the thermal insulation performance of the glass, reduce the loss of indoor heat, and keep the room warm.

2. Indoor temperature regulation

• It can be applied to the wall, roof, floor and other parts of the building to adjust the indoor temperature through the phase change process of phase change materials.
• In summer, when the indoor temperature rises above 26 ° C, the phase change material absorbs heat from solid to liquid, reducing the indoor temperature.
• In winter, when the indoor temperature is below 26 ° C, the phase change material releases heat from liquid to solid, raising the indoor temperature.
• Thus, the indoor temperature is relatively stable, the use of air conditioning and heating is reduced, and the energy consumption is reduced.

Summary:

• Phase change materials (PCMs) are ideal for thermal management solutions. This is because they store and release thermal energy as they melt and freeze (transition from one stage to another).
• When this material freezes, it releases a significant amount of energy, in the form of fusion latent heat or crystallization energy. Instead, when a substance melts, it absorbs the same amount of energy from its surroundings as it changes from a solid to a liquid.