Automotive air conditioning technology in 2025: new standards for energy saving and environmental protection

Application of new generation refrigerants

In response to climate change, automotive air conditioning manufacturers are phasing out traditional high-GWP refrigerants, such as R134a, in favor of new low-GWP alternatives. For example, new refrigerants such as R1234yf not only have a lower greenhouse effect, but their performance is compatible with existing systems and can be easily integrated into existing air conditioning architectures.

In addition to synthetic refrigerants, researchers are also actively exploring the use of natural working fluids, such as carbon dioxide (CO₂), as a cooling medium for automotive air conditioning systems. Although there are certain technical challenges at present, CO₂, as a naturally occurring substance, hardly increases the concentration of greenhouse gases in the atmosphere and is therefore seen as one of the most promising environmentally friendly options in the future.

Improve thermal management efficiency

Future automotive air conditioning will be equipped with a more intelligent temperature control system that can adjust the air supply mode and intensity in real time according to the needs of passengers in the car. By monitoring the temperature changes in each seating area through sensors, the system can automatically optimize the air flow distribution to ensure that every passenger can enjoy a comfortable riding environment while avoiding unnecessary energy consumption.

With the help of car networking technology and big data analysis, the vehicle can start the automotive air conditioning system in advance for pre-cooling or pre-heating according to the weather forecast and user habits before starting. This not only improves the comfort of the first ride, but also effectively reduces the engine idling time, thereby reducing fuel consumption and exhaust emissions.

Innovative materials and technologies

The use of lightweight materials to manufacture automotive air conditioning components helps to reduce the weight of the entire vehicle, thereby improving fuel economy. The application of aluminum heat exchangers, plastic pipes and other advanced composite materials not only enhances the durability and corrosion resistance of the system, but also reduces the energy loss caused by the excessive weight of the automotive air conditioning system.

CLHGO: Leading the innovation of automotive air conditioning technology

As a leading company focusing on automotive air conditioning systems, CLHGO has been committed to promoting the advancement of automotive air conditioning technology. We invest a lot of resources in the research and development of efficient and environmentally friendly product solutions to ensure that they meet or even exceed the various energy-saving and environmental protection standards that are about to be introduced. From the application of new refrigerants to the integration of intelligent temperature control systems, every link reflects our unremitting pursuit of quality and technical excellence.

Customized services and support

Understanding the specific needs of each customer is the basis for providing the best solution. CLHGO can flexibly customize automotive air conditioning products and services according to the characteristics of different models and market demands. Whether it is a traditional internal combustion engine vehicle or a new energy vehicle, we can tailor the most suitable air conditioning system for it, helping manufacturers achieve energy conservation and emission reduction goals while also providing end users with a better driving experience.