On September 25-28, 2021, the New Energy Vehicle Industry Development Achievements Exhibition to Celebrate the 100th Anniversary of the Communist Party of China, cosponsored by the People's Government of Beijing Municipality, Ministry of Industry and Information Technology, Ministry of Public Security, Ministry of Transport and China Association for Science and Technology, was held in Hall W2 of China International Exhibition Center in Beijing.


Under the theme of "praise the new era and step up high quality development of the new energy vehicle industry", the exhibition covered the entire industry chain and all application scenarios of new energy vehicles, exhibited comprehensively China's achievements in the development of new energy vehicles industry, and demonstrated the auto industry's great efforts, under the leadership of the Party, to stick to its initial aspiration, work hard to achieve success and step up the construction of a powerful automobile nation to pay tribute to the 100th anniversary of the Communist Party of China.

During the exhibition, Liu He, member of the CPC Politburo and Vice-premier of the State Council, Cai Qi, member of the CPC Politburo and Secretary of the CPC Beijing Committee, Xiao Yaqing, Minister of Industry and Information Technology, Chen Jining, Mayor of the People's Government of Beijing Municipality, Xin Guobin, Vice Minister of Industry and Information Technology, and other leaders from the relevant ministries and commissions and Beijing's departments were present at the exhibition.

Under the carbon peak and neutrality objectives across the world, new energy vehicle is an important direction for the green development and transition of the auto industry. Hydrogen energy, as an important sector in new energy development, is a critical strategic option for the transformation of China's energy structure. In recent years, China's hydrogen energy industry has, under the care of the Party and State leaders and the support of policies, achieved many fruitful results.

As a leading player in the fuel cell industry, Sinosynergy presented in the Technological Innovation and Achievements section its latest generation of SynStack G series fuel cell stacks and SynRoad G series fuel cell systems, which are proprietary home-made achievements that provide new energy vehicles with complete clean power solutions.


Since its establishment, Sinosynergy has always been committed to providing the society with high quality hydrogen fuel cell products and complete system solutions. After years of practice and exploration, Sinosynergy has realized thinner flexible graphite bipolar plates, high specific power designs and other technical innovations in its self developed SynStack G series stacks and has achieved 100% home-made spare parts and components such as membrane electrodes, bipolar plates, etc., a milestone breakthrough in China's graphite plate stacks. SynRoad series systems are equipped with self-developed stacks featuring high power density and excellent comprehensive performance, and have been widely used in long range new energy vehicles such as buses and heavy-duty trucks, boosting the commercial operation of fuel cell vehicles in the Pearl River Delta, the Yangtze River Delta, Beijing, Tianjin, Hebei, Shandong, Henan, Northwest and Southwest regions. Up to now, Sinosynergy has provided clean power to more than 4,000 hydrogen energy vehicles around the world, promoting the deep decarburization of supply chain and the green and healthy development in the localities.

Under the leadership of the Party and government, Sinosynergy will follow the national strategic step, conduct in-depth cooperation with industrial partners across the country and promote, through continuous technological innovation and high quality mass production, the commercial application of fuel cell technologies in road, rail and ocean transportation and power generation, boosting the high quality development of new energy vehicles and paying tribute to the Party and the country with more excellent technological achievements.