“New Energy, New Eco, New Era” is Chery’s theme for this year’s Beijing Auto Show and Global Dealer Conference

Chery is set to unveil its latest breakthroughs at the Beijing International Automotive Show while concurrently hosting the Global Dealer Conference. Both of this happening from April 25 to 30. The event’s theme, “New Energy, New Eco, New Era,” not only encapsulates Chery’s ongoing innovation in new energy technology but also provides a profound vision for the future development trends of the automotive industry.

As the new energy vehicle industry continues to flourish, technological innovations, the evolution of a diversified energy landscape, and the steady rise in market penetration rates are catalyzing a green revolution within the global automotive sector.

In 2023, global sales of new energy vehicles surged to 14.653 million units, marking a remarkable year-on-year growth of 35.4%. Projections indicate that by 2024, global sales of new energy vehicles will surpass 18 million units, with the global adoption rate of new energy vehicles reaching an impressive 46%. These figures not only underscore the rapid expansion of the new energy vehicle segment but also foreshadow profound shifts in the automotive industry’s future landscape. The exponential growth of the new energy vehicle segment is not coincidental. Firstly, continuous technological advancements have significantly enhanced the range and charging speed of new energy vehicles, mitigating consumers’ concerns regarding electric vehicle range anxiety. Secondly, governments worldwide are increasingly bolstering support for the new energy vehicle industry through policy incentives, ensuring robust market growth. Furthermore, heightened consumer awareness regarding environmental conservation and energy efficiency has further fueled demand within the new energy vehicle segment.

As a trailblazer shaping the new era of the automotive realm, Chery embarked on the new energy path over a decade ago, autonomously crafting super-performance hybrid powertrains and transmissions along with developing hybrid and pure electric models. Chery Automobile is consistently enhancing its strategic positioning in the new energy sector, spotlighting the allure of Chinese automobiles and the sophistication of Chinese intelligent manufacturing on a global scale.

QPower Architecture

Showcasing the Future Prospects of Chery’s Green Ecosystem

Chery’s brand has always adhered to the brand concept of “Green Technology, Family, Companionship,” making “green and low-carbon” an important strategic direction. It continuously explores sustainable development technology routes, formulates carbon reduction plans for the entire industry chain and lifecycle, and QPower has achieved lower production energy consumption, demonstrating Chery’s vision of building a green ecosystem for the future.

QPower is Chery’s 4.0 comprehensive architecture, the culmination of Chery’s 26 years of powertrain technology accumulation and advancements. QPower covers mainstream energy types such as ICE, PHEV，BEV, with energy advantages such as “strong and swift,” “efficient and green,” and “high-energy and intelligent.” Its technological prowess not only leads in the Chinese automotive industry but also has significant advantages in the global automotive industry. Utilizing the QPower architecture, the performance capabilities of various Chery automobile models are poised for significant enhancement in the forthcoming period. This advancement promises to furnish users with a driving experience that is not only more efficient but also environmentally friendly and technologically advanced.

Hybrid Modes of Chery PHEV

Bringing Users a More Eco-friendly and Efficient Travel Experience

The QPower encompasses a range of energy types, including ICE, PHEV and BEV. Within the realm of PHEV technology, Chery models excel in smoothly transitioning between various driving modes, leveraging their sophisticated power system design to cater to diverse driving scenarios. Advanced battery technology and kinetic energy recovery systems have notably enhanced energy utilization efficiency, leading to reduced energy consumption and emissions. This offers users a more environmentally friendly and efficient driving experience, while also promoting the realization of sustainable development.

Single-motor pure electric mode: Navigating congested urban streets is smoother and offers improved NVH performance when switching to the single-motor pure electric mode, which also boasts impressive energy-saving capabilities.

Dual-motor pure electric mode: In urban areas, frequent starts and overtakes necessitate swift and robust power responses. The synchronized operation of dual motors delivers exceptional energy efficiency, a serene driving experience, and rapid acceleration.

Series range-extending mode: On open highways, where the road is smooth and traffic flows freely, engaging the series range-extending mode provides a pure electric driving experience while efficiently managing energy consumption.

Parallel drive mode: When high power output is required, such as during acceleration or climbing, the parallel drive mode kicks in, delivering rapid acceleration and a continuous flow of powerful torque.

When battery power is low, the vehicle switches to engine-only drive, relying solely on the engine for propulsion. This ensures worry-free long-distance driving in special conditions, eliminating battery anxiety.

Additionally, the PHEV technology within the Qpower architecture not only facilitates charging the power battery through the engine during both stationary and dynamic states, but also integrates single-motor or dual-motor regenerative braking modes for efficient kinetic energy recuperation. This optimization significantly improves energy utilization, resulting in longer driving ranges and reduced energy consumption.

Globally Leading Hybrid Technology

Redefining the Standards of Hybrid Technology

Hybrid technology emerges as a critical avenue in the new energy domain, characterized by its innovative dual-fuel and electric propulsion systems, extended driving range, and unparalleled energy efficiency. Chery’s third-generation hybrid technology represents the pinnacle of 18 years of hybrid technology development. This technology integrates specialized components, including a hybrid engine, transmission, battery, and a battery management system—collectively referred to as the “new three components.” With superior attributes including a thermal efficiency exceeding 44.5%, an extensive range exceeding 1400 km, fuel consumption of 4.2L per 100 km, acceleration of 4.26s per 100 km, and enhanced battery materials boasting higher energy density and improved low-temperature performance, this technology delivers outstanding performance, sustained energy efficiency, and elevated vehicle safety standards. Its reliable technical quality ensures it meets the diverse needs of users in the new energy era comprehensively.

Transitioning from the traditional internal combustion engine (ICE), transmission, and chassis to Chery’s innovative trio of hybrid dedicated engines, hybrid dedicated transmissions, and hybrid dedicated powertrain systems in the era of intelligent electrification, Chery has consistently spearheaded industry progress through autonomous innovation. Central to this strategy is the establishment and enhancement of its core technological advantage, which serves as the cornerstone for stable and enduring development.

Chery’s advancements in new energy technology not only deliver robust performance but also underscore its profound technical prowess in safety. While prioritizing high performance and energy efficiency, Chery maintains a steadfast commitment to safety, ensuring comprehensive safety assurances for users. To elevate safety standards further, Chery has established a cutting-edge automotive crash laboratory, housing four functional labs dedicated to entire vehicle crashes, simulated impacts, pedestrian protection, and safety component evaluations. This comprehensive setup forms a complete testing and development system, covering automotive safety components, systems, and entire vehicles, showcasing integrated capabilities for developing holistic vehicle safety systems. Equipped with state-of-the-art crash testing equipment imported from leading countries such as Germany, Spain, France, and the United States, the laboratory meets the verification standards of the “Six Major Global Crash Testing Agencies” (CNCAP/ENCAP/ANCAP/JNCAP/IIHS/CIASI), as well as over 80 international safety regulations and standards worldwide. Chery’s new energy vehicles have excelled in crash tests, equipped with advanced active safety systems and passive safety features that provide comprehensive protection for occupants across diverse driving scenarios. Furthermore, Chery vehicles undergo rigorous testing and assessment in crash scenarios, continually optimizing vehicle body structures and safety configurations to ensure maximum occupant safety in the event of an accident.

“New Energy” represents not just a focus for Chery automobiles but also a shared vision for the future across the global automotive industry. As we eagerly anticipate the Beijing International Automotive Show and Chery Global Dealer Conference in April, we look forward to discovering more exciting surprises from Chery’s lineup. Moving ahead, Chery remains committed to boosting R&D investments, driving continuous innovation, and delivering a range of high-quality, eco-friendly, and intelligent new energy vehicles to consumers worldwide.