As the automotive industry transitions towards new energy vehicles, Chery has formally set the strategic goal of establishing itself as the world’s number one hybrid brand. Leveraging a comprehensive global research and development (R&D) network, Chery is rapidly advancing in the hybrid sector with a strategy of ‘technological redundancy.’ This approach goes beyond mere quantitive expansion; it marks the start of a qualitative transformation driven by integrating global technological resources.
Chery builds a global R&D system to drive continuous technological innovation
A systematic approach to innovation and allocating global resources are crucial to achieving these strategic goals. During the R&D phase, advanced technical methods are employed to analyse every aspect of the vehicle. In the testing phase, a comprehensive series of evaluations are conducted to assess vehicle performance, ensuring the creation of products that meet international quality standards.
This R&D methodology is supported by a global network. Chery has established eight major R&D centres, from its headquarters in Wuhu, China, to key locations such as Shanghai, Singapore, Europe, North America, South America, and Central Asia. These are complemented by over 300 laboratories and a talent pool of more than 30,000 R&D professionals.
To further strengthen its technological innovation capabilities, Chery continuously forms strategic alliances with leading global institutions to collaboratively advance the research, development, and application of cutting-edge technologies. The automaker operates nearly 200 laboratories in fields such as crash safety, powertrain, NVH, road testing, systems, materials, and emissions. These facilities support approximately 3,200 automotive-related testing capabilities, including more than 1,000 experiments on new energy and intelligent connected vehicles.
“Innovation is the essence and a fundamental necessity for Chery,” said Yin Tongyue, Chairman of the Chery Group. “Through innovation, Chery enhances its products and services, continuously propelling the brand forward and achieving sustainable growth in quantity and quality.”
Chery CSH technology breakthrough: from systemic strength to product excellence
Chery has filed over 29,000 patent applications, including more than 2,000 for engine technologies. When global R&D resources converge, quantitative efforts lead to qualitative breakthroughs—Chery Super Hybrid (CHS) technology is a prime example.
After more than two decades of technological iteration, it has redefined hybrid value with three core components:
- The fifth-generation dedicated hybrid engine, which sets a new energy-saving benchmark with 44.5% thermal efficiency.
- The stepless super electric hybrid DHT (Dedicated Hybrid Transmission), delivering strong performance with a 0-100 km/h time of 4.26 seconds.
- A high-performance battery pack capable of operating in temperatures from -35°C to 60°C, supported by nine working modes.
In October 2024, Chery’s flagship plug-in hybrid models, such as the Tiggo 9 PHEV, embarked on a long-distance test drive across northern and southern China, covering more than 1,700 km. The journey spanned diverse scenarios, from the hot and humid urban streets of Guangzhou to the 28° steep slopes of Mount Longhu and the ecological area of Poyang Lake. Key opinion consumers (KOCs) who participated in the test drive were impressed by the power, range, and efficiency of the CSH system.
Chery has been at the forefront of new energy vehicle R&D since 1999, setting the foundation for its leadership in hybrid innovation.” said Verene Petersen, National Marketing Manager for Chery South Africa. “Chery continues to refine its hybrid technology while expanding its presence worldwide. By combining technological advancements with large-scale deployment, we are not only strengthening the CSH system but also reshaping the competitive landscape in the hybrid sector.”
