As the summer heat intensifies, so does the intensity of intellectual exchange. On 9 July, Dongxu Hydraulic welcomed a research team from Guangzhou University of Science and Technology. This academic team, specialising in refrigeration technology, brought cutting-edge research findings and innovative ideas to the table, initiating in-depth discussions centred on the principles of refrigeration systems. This collaboration has further ignited the flame of university-industry innovation.

The exchange meeting was lively and cordial. The Guangzhou University of Science and Technology team, drawing on their extensive academic knowledge and practical experience, provided an in-depth explanation of the principles of refrigeration systems—from the refrigeration cycle process to the mechanisms of key components, and from the application of thermodynamic laws to the key points of system optimisation. Both sides focused on cutting-edge technologies and shared their views. Technical experts from Dongxu Hydraulic Technology, combining equipment production and engineering application practices, raised targeted questions and insights. Through this exchange of ideas, both parties deepened their technical understanding and generated numerous new ideas for collaboration.

Dongxu Hydraulic has always attached great importance to cooperation with universities and scientific research institutions, and deeply understands that technological innovation is the core driving force for enterprise development. By joining hands with universities such as Guangzhou University of Science and Technology, it is possible to deeply integrate scientific research advantages with the market and production advantages of enterprises, accelerate the transformation of ‘production, education, research and application’, and promote the advancement of refrigeration technology.

This exchange has established a high-quality communication platform for both parties and laid a solid foundation for cooperation. In the future, Dongxu Hydraulics will continue to uphold the principles of openness, cooperation, and innovation, and engage in in-depth cooperation with more universities and research institutions to jointly explore new directions and paths in refrigeration technology, striving tirelessly to create more efficient, energy-saving, and environmentally friendly refrigeration systems!