7.5 °C Ergonomic Air Conditioning - Thermal Management Phase Change Assurance: The Health Option For Ultimate Comfor

7.5 °C Ergonomic Air Conditioning - Thermal Management Phase Change Assurance: The Health Option For Ultimate Comfor

Principle of temperature regulation of phase change materials:

• When the indoor temperature is close to 7.5 °C, the 7.5 °C thermal management phase change materials in the air conditioner begin to play a key role.
• In refrigeration mode, if the indoor temperature is higher than 7.5 °C, the phase change material absorbs heat. This phase change process will absorb a large amount of latent heat, effectively reducing the indoor air temperature.
• For example, in the summer, when the outdoor high temperature causes the indoor temperature to increase, the phase change material acts like a "heat sponge", absorbing excess heat and keeping the indoor cool.
• In the heating mode, when the indoor temperature is lower than 7.5 °C, the liquid phase change material will release heat. In this way, heat is added to the indoor environment and the indoor temperature is increased.
• This acts as a "heat reservoir", releasing heat when needed to keep the room warm.

Performance advantage:
1. Precise temperature control

• Due to its phase change temperature characteristics, air conditioning can stabilize the indoor temperature within a small fluctuation range of about 7.5 °C.
• This is particularly important for some places with high temperature requirements, such as laboratories and precision instrument storage rooms.
• In these environments, small temperature changes may affect the experimental results or the accuracy of the instrument, and this air conditioner can effectively avoid the adverse effects of temperature fluctuations.

2. Energy efficient

• By taking advantage of the latent heat properties of phase change materials, air conditioners can reduce energy consumption during operation.
• When the temperature is close to 7.5 °C, the phase change material actively participates in heat regulation, reducing the work load of major energy-consuming components such as compressors.
• Over the long term, it can significantly reduce the cost of electricity in homes or commercial places.
• For example, compared with traditional air conditioners, air conditioners using 7.5 °C thermal management phase change materials can save 15%-20% of electricity under the same use time and environment.

3. Improve comfort

• The application of phase change materials in air conditioning can avoid the phenomenon of hot and cold temperature caused by frequent start and stop of traditional air conditioning.
• Users can feel a more stable and comfortable temperature environment indoors. Whether during sleep, rest or work, this stable temperature helps to improve people's comfort and quality of life.
• Moreover, 7.5 °C is a relatively mild temperature point, which can create a pleasant atmosphere for the physical comfort of the human body.

Application scenario:
1. Family use

• In the family bedroom, living room and other places, 7.5℃ thermal management phase change material air conditioning can provide a comfortable rest and living environment for family members.

2. Business premises

• For offices, conference rooms, hotel rooms and other commercial places, the precise control and energy-saving characteristics of this air conditioner have great advantages.

3. Special environment application

• In some special environments with strict temperature and humidity requirements, such as museum cultural relics exhibition areas, electronic chip production workshops, etc. 7.5 ° C thermal management phase change material air conditioners can meet the needs of these special environments.