Super Stable Temperature Control Integrated Building Phase Change Energy Storage Material

application of phase change materials:

• Safe and stable
• Ultra-high latent heat of phase transition
• Mature technology
• No leakage of materials

Material introduction:

• When the temperature rises, the phase-change energy storage material may change from a solid to a liquid state, absorbing heat in the process and thus slowing the rise of the ambient temperature.
• On the other hand, when the temperature is lowered, the material changes from liquid to solid, releasing the previously stored heat and playing a role of insulation.
• This unique thermophysical property allows phase-change energy storage materials to effectively regulate the temperature inside the building.

Development prospects of phase change energy storage materials - Building materials innovation field:
1. Development of new building materials

• Promote the development and application of new building materials.
• For example, phase change energy storage materials are combined with traditional building materials to develop new building materials with energy storage functions, such as phase change energy storage concrete, phase change energy storage brick, phase change energy storage plate, etc.
• These new building materials not only have good energy storage performance, but also maintain the mechanical properties and building functions of traditional building materials.

2. Integration of building structure

• Promote the integrated design of building structure and energy storage system.
• The phase-change energy storage material is integrated into the building structure to realize the organic combination of building structure and energy storage function, improve the space utilization rate and energy utilization efficiency of the building, and also bring new ideas and methods for architectural design.