On June 12th, Foshan Feichi Motor Technology Co., Ltd. (hereinafter referred to as "Feichi Technology") and i-CATS University signed a Memorandum of Understanding (MoU) in Sarawak. The event was attended by key leaders including Xing Weiping, the Chinese Consul-General in Kuching; Hallman bin Sabri, Chairman of Sarawak Skills Development Centre; Professor Datuk Shazali Bin Abu Mansor, Acting Vice-Chancellor of i-CATS University; Tuan Mohd Melintang Abdullah, Registrar of i-CATS University Management Centre; and Jiang Yong, General Manager of Feichi Technology.

During the signing ceremony, Jiang Yong, General Manager of Feichi Technology, delivered a speech: "Since establishing communication in 2023 and successfully hosting the hydrogen energy training at the beginning of this May, we have laid a solid foundation for cooperation. Moving forward, Feichi Technology will continue to strengthen academic and research cooperation with i-CATS University, leveraging our existing infrastructure, research, and manufacturing platforms for a series of practical learning and research activities. We aim to conduct training and education in hydrogen energy and related technologies for hydrogen production and utilization, provide solutions and consultations for Sarawak's hydrogen energy industry, share the latest knowledge and information in the automotive industry, and promote joint research in mutually agreed areas."

This year marks the 50th anniversary of diplomatic relations between China and Malaysia. Guided by the Comprehensive Strategic Partnership between China and Malaysia, Feichi Technology's cooperation and exchanges with Malaysia's hydrogen energy sector have continued to deepen, yielding remarkable results. In particular, Feichi Technology's comprehensive and pragmatic cooperation with Sarawak serves as a model for Sino-Malaysian cooperation in the field of green energy.

Since 2018, Feichi Technology has made significant strides in Sarawak. On September 10th, 2018, Feichi Technology signed an MoU with Sarawak Economic Development Corporation on the supply and delivery of hydrogen fuel cell buses. In March 2019, Feichi Technology's hydrogen fuel cell buses officially entered operation in Sarawak, marking a breakthrough in China's fuel cell vehicle exports. In September 2023, Feichi Technology, Foshan Polytechnic, and Sarawak Skills Development Centre signed an MoU in Beijing, initiating exploration and cooperation in the field of fuel cell vehicles. In April 2024, Feichi Technology, Foshan Polytechnic, Sarawak Skills Development Centre, and i-CATS University jointly launched a hydrogen fuel cell vehicle technology training program, cultivating a group of professionals in the field of hydrogen buses for Malaysia.

The latest MoU signed between Feichi Technology and i-CATS University aims to further deepen cooperation between China and Malaysia in hydrogen energy academics and research, jointly advancing the development of the hydrogen energy industry.

This collaboration marks another solid step forward for Feichi Technology in implementing the "Belt and Road" strategic layout and represents a significant move towards diversified development in the green energy sector with Malaysian partners. In recent years, Feichi Technology has played a pivotal role in the development of Malaysia's hydrogen energy industry. Building on past friendly cooperation, both sides will further improve their comprehensive, multi-faceted, and multi-level cooperation structure, fostering mutual benefits, interconnectivity, and new opportunities for future development.

Going forward, Feichi Technology will continue to uphold the principles of "openness, cooperation, and win-win" outcomes. Leveraging its experiences and practical examples in hydrogen energy technologies, products, standards, and talent cultivation, the company will establish a scientific and technological innovation exchange platform for Sino-Malaysian hydrogen fuel cell vehicles, jointly promoting innovative development in the hydrogen energy industry and contributing to Malaysia's clean energy transition and sustainable development.