SYS joins hands with Academician Zhao Xudong's team to embark on a new journey of near-zero carbon technology.

On December 18, 2025, Beijing SYS Science & Technology Co., Ltd. and the team of Academician Zhao Xudong from Harbin Institute of Technology (Shenzhen) held a signing ceremony at the Shenzhen campus for a cooperation project on a new generation of near-zero carbon ultra-high energy efficiency dew point cooling technology. Huang Yudong, Academician of the Chinese Academy of Engineering, Standing Committee Member of the Party Committee and Vice President of Harbin Institute of Technology (Shenzhen), Zhao Xudong, Academician of the Royal Academy of Engineering, Academician of the European Academy of Sciences, and Professor of Harbin Institute of Technology (Shenzhen), Ge Jing, Chairman of Beijing SYS Science & Technology Co., Ltd., Wang Shouguo, Chief Scientist, and relevant leaders from both sides attended the event. Song Xiaochun, Dean of the Mechanical and Electrical Research Institute of China Academy of Building Research, Zeng Zuming, President of Shenzhen HVAC Industry Association and Vice President of Shenzhen Municipal Design Institute, Wang Shengrui, Professor of the Institute of Water Science of Beijing Normal University, and more than 40 other industry experts and guests were invited to attend and witness this moment of industry innovation.

Under the national "dual-carbon" strategy, cooling systems, as a high-energy-consuming link in the building and industrial fields, urgently need to address the pain points of high energy consumption and high pollution associated with traditional technologies. SYS, a national-level specialized and innovative "little giant" enterprise and a dual high-tech enterprise, has deep expertise in the water environment governance industry and energy-saving technology research and development, possessing solid engineering experience, market resources, and technology transfer capabilities. Academician Zhao Xudong's team, on the other hand, boasts internationally leading academic accumulation and R&D strength in the field of intelligent energy and energy efficiency technology. The complementary strengths of both parties lay a solid foundation for cooperation.

This collaboration focuses on next-generation near-zero carbon ultra-high energy efficiency dew point cooling technology, aiming to break through the energy consumption barriers of traditional cooling technologies. By efficiently utilizing natural cold sources and optimizing intelligent control, it overcomes the energy consumption barriers of traditional technologies, achieving the dual goals of near-zero carbon emissions and ultra-high energy efficiency, significantly reducing the energy consumption of cooling systems, and contributing to energy conservation and carbon reduction in data centers, industrial buildings, and other fields.

President Huang Yudong stated that Harbin Institute of Technology (HIT) has always focused on scientific and technological innovation in line with major national strategies. Academician Zhao Xudong's team's original research results have accumulated a rich practical foundation. This collaboration will achieve complementary research and engineering transformation, accelerating the implementation of results through deep integration of industry, academia, and research, and contributing to the realization of the national "dual carbon" goals. Academician Zhao Xudong shared his team's 20 years of technological accumulation, emphasizing the need to build a close collaborative mechanism to promote technology from the laboratory to engineering applications and create high-quality near-zero carbon cooling solutions. This collaboration between the team and SYS is not only a concrete practice of deep integration of scientific research and industry, but also an important measure to serve the national "3060 dual-carbon" strategic needs. Chairman Ge Jing pointed out that green and low-carbon development is a contemporary issue. SYS will leverage its advantages in technology implementation and market expansion, joining hands with Harbin Institute of Technology and Academician Zhao Xudong's team to pioneer an energy-saving revolution in the cooling and air conditioning industry, promote the industrialization of technology, and bring ultra-high energy efficiency and near-zero carbon cooling technology to all industries.

This collaboration marks a crucial step forward in SYS's energy-saving technology layout. It will not only further enhance the company's core competitiveness but also promote technological innovation in the cooling industry and its application in key areas (new information infrastructure, industrial energy conservation, building energy conservation, agricultural production, etc.), becoming a model of deep integration of industry, academia, and research. Ultimately, it will achieve the beautiful vision of international application and win-win cooperation, injecting strong momentum into the realization of the "3060" dual-carbon goal. In the future, SYS will continue to drive green development through technological innovation and jointly create a new low-carbon future for the industry.