26 ℃ Building Phase Change Energy Storage PCM——Safeguarding Comfortable Living And Efficient Energy Utilization

26 ℃ Building Phase Change Energy Storage PCM——Safeguarding Comfortable Living And Efficient Energy Utilization

Introduction to Working Principle:

• When the ambient temperature rises above 26 ℃, phase change energy storage materials transform from solid to liquid, absorbing heat and reducing the rate of indoor temperature rise. On the contrary, when the ambient temperature drops below 26 ℃, the material changes from liquid to solid, releasing heat and maintaining a stable indoor temperature.
• Through this phase transition process, materials can effectively regulate indoor temperature and reduce the building's reliance on traditional energy sources.

Characteristic:
--Energy conservation and environmental protection are one of its major advantages.

1. Reduce energy demand

• By regulating indoor temperature through its own phase transition process, it reduces the energy consumption of buildings in cooling and heating, which is of great significance for achieving building energy conservation.
• According to relevant research, buildings using phase change energy storage materials can reduce energy consumption in air conditioning and heating by 20% to 50% compared to traditional buildings.

2. Green and environmentally friendly

• During production and use, the impact on the environment is relatively small.
• Most 26 ℃ building phase change energy storage materials are non-toxic, odorless, non corrosive, and recyclable, meeting the requirements of green building materials.

Scope and Scenarios of Use:
1. Interior wall insulation

• Applying 26 ℃ building phase change energy storage materials to residential interior walls can be effective in response to changes in indoor temperature. For example, during the day when the sun shines, the indoor temperature rises.
• When it reaches 26 ℃, the material absorbs heat to avoid the indoor temperature being too high and making people feel stuffy. When the temperature drops at night, the material releases heat to keep the room warm, especially suitable for use in areas with large temperature differences between day and night in spring and autumn, reducing dependence on air conditioning and heating

2. Warehouse

• Used for storing temperature sensitive industrial raw materials and finished products, such as textiles, food ingredients, electronic components, etc.
• By maintaining stable temperature in the warehouse and extending the storage time of goods, the risk of damage to goods due to temperature changes is reduced.