58°C Phase Change Energy Storage Building Materials Can Effectively Absorb Heat And Reduce Room Temperature In Summer

58°C Phase Change Energy Storage Building Materials Can Effectively Absorb Heat And Reduce Room Temperature In Summer

Appearance and physical characteristics:

• It may take on different forms, such as being made into a powder that can be mixed with other building materials to enhance the overall thermal properties; It can also be in the form of blocks or plates, which is used for direct installation on the walls, roofs and other parts of the building. The exterior color is usually an inconspicuous neutral color, such as off-white or beige, in order to harmonize with the overall style of the building.
• In terms of physical properties, it has a certain mechanical strength, and when used in the form of plates, it can withstand certain pressure and external force, and is not easy to break or damage, ensuring stability and durability in the building structure. Its density is carefully designed so that it is neither too heavy to increase the building load, nor too light to affect its installation and use in the building.
• At the same time, it has good corrosion resistance and durability, and can maintain its stable performance in the building environment for a long time, and is not easily eroded by external environmental factors such as moisture, chemicals, etc.

Thermal Properties:
1. Phase change characteristics

• The phase change temperature of this material is 58°C. When the ambient temperature is below 58°C, it is in a relatively stable state and may appear solid or have a specific microstructure. When the temperature gradually rises to 58°C, it undergoes a phase change and begins to absorb a large amount of heat, usually from a solid to a liquid state (or other forms of phase change, such as a shift in crystal structure, etc.). This phase change process is reversible, and when the temperature drops, it releases the stored heat again and returns to its original phase. This property allows it to efficiently store and release heat at temperatures close to 58°C, thus regulating the temperature of the surrounding environment.
• The latent heat of the phase change is large, which means that it is able to absorb or release large amounts of energy around 58°C. For example, in some specific building environments, when the indoor temperature is close to 58°C for various reasons, the material can quickly absorb heat, slow down the rise of indoor temperature, and prevent the indoor temperature from becoming too high. When the temperature drops, it can release the stored heat, maintain the indoor temperature relatively stable, and reduce the fluctuation of the indoor temperature.

2. Thermal conductivity

• Its thermal conductivity is in the right range. If the thermal conductivity is too high, when the temperature reaches the phase transition point, the heat will be transferred to the inside of the material too quickly and be absorbed, which may cause the indoor temperature to drop too quickly and affect the comfort of the room; If the thermal conductivity is too low, the rate of heat absorption and release during the phase change process will be too slow to regulate the indoor temperature in a timely and effective manner.
• By precisely controlling the thermal conductivity, the material is able to absorb and release heat at the right time, working in tandem with the rest of the building for good thermal management.

Application Advantages:
1. Strong temperature regulation ability

• The application of this 58°C phase change energy storage building material in the building can effectively regulate the indoor temperature. It absorbs excess heat indoors during the day, and when the outside temperature is high, approaching or reaching 58°C, the material comes into play to absorb the heat so that the indoor temperature does not get too high. At night or when the temperature is low, it can release heat, so that the indoor temperature will not drop too quickly, reduce the fluctuation of indoor temperature, and provide a more stable and comfortable indoor environment for residents or users.

2. Remarkable energy-saving effect

• Due to its good phase change energy storage characteristics, it can effectively reduce the energy consumption of buildings. In the summer, it can reduce the operating time and energy consumption of refrigeration equipment such as air conditioners, because when the indoor temperature rises, the material is able to absorb heat, lowering the indoor temperature, thus reducing the need for air conditioning refrigeration. In winter, it can assist the heating system, releasing heat when the temperature drops, reducing the energy consumption of the heating equipment. It is estimated that the use of this material can reduce the energy consumption of buildings by around 20 to 30 percent, with significant energy savings.

3. Adapt to a variety of scenarios

• 58°C phase change energy storage building materials have strong adaptability and can adapt to climatic conditions and building types in different regions. In some areas with hot climate, it can effectively absorb heat and reduce indoor temperature during high temperatures in summer; In some areas with a large temperature difference between day and night, it can release heat at night and play a certain role in heat preservation. Moreover, it can be applied to various building types, such as residential, commercial buildings, industrial buildings, etc., to meet the temperature regulation and energy-saving needs of different buildings.

Application Scenarios:
1. Solar Buildings

• In some buildings that utilize solar energy, equipment such as solar collectors may raise indoor temperatures during the day. When the temperature approaches 58°C, the PCS building material can absorb excess heat and store it.
• When solar energy is insufficient at night or on cloudy days, it can release heat, maintain indoor temperature stability, improve the efficiency of solar energy, and reduce dependence on other energy sources.

2. High-temperature industrial buildings

• In some high-temperature industrial production environments, such as some metallurgical workshops, glass manufacturing workshops, etc., the indoor temperature may be high.
• When the temperature reaches or approaches 58°C, it can absorb heat, reduce indoor temperature, and provide workers with a relatively comfortable working environment, while reducing dependence on ventilation and air conditioning systems and reducing energy costs for industrial production.

3. Special storage buildings

• For some storage buildings that need to store special items within a specific temperature range, such as chemical raw material warehouses, this phase change energy storage building material can play a role in regulating temperature.
• When the temperature in the warehouse approaches 58°C due to changes in the outside temperature, the material absorbs the heat and prevents problems such as deterioration or chemical reactions due to excessive temperatures.
• At the same time, when the temperature is suitable, it releases heat to maintain a relatively stable temperature in the warehouse, reducing the dependence on traditional temperature control equipment and reducing storage costs.

Packaging and storage:

1. Wrap:25kg/bag
2. Storage: Store in a dry, cool, ventilated place without sharp objects.