Automotive Electrification

1. Definition and Core Essence

Automotive electrification refers to the technological shift and industry-wide transformation of progressively replacing conventional fossil fuels (petrol, diesel) with electric drive as the primary source of vehicle propulsion. At its core, it replaces the internal combustion engine (ICE) and gearbox with a battery, electric motor, and electronic control system (the "3-Electric" core) to achieve zero tailpipe emissions on the road. This represents not just a powertrain swap, but a systemic overhaul of the automotive sector—from R&D and manufacturing to the broader energy supply ecosystem.

2. Main Technological Pathways

Automotive electrification is not confined to a single approach, but encompasses a spectrum of electric drive solutions. Current mainstream market pathways include:

• Battery Electric Vehicles (BEVs): Powered entirely by a high-voltage traction battery pack driving the electric motor, BEVs represent the ultimate form of electrification and are widely projected to dominate the market over the long term. In 2025, BEV sales growth outpaced that of plug-in hybrids, reclaiming the top spot.

• Plug-in Hybrid Electric Vehicles (PHEVs) and Range-Extended Electric Vehicles (REEVs): Combining an ICE with electric motors, these vehicles can both plug in to charge and refuel at petrol stations, operating primarily on electric power over designated distances. Between 2021 and 2024, they experienced rapid growth by alleviating range anxiety, serving as a vital bridge during the electrification transition. In April 2026, various electrified powertrains, including pure electric and range-extender models, firmly secured spots among the top ten bestselling passenger vehicles.

• Fuel Cell Electric Vehicles (FCEVs): Utilising hydrogen fuel to generate electricity via an electrochemical reaction to drive the motor. FCEVs hold distinct comparative advantages in long-haul, heavy-duty transport and cold-climate operations; however, constrained by green hydrogen production costs and infrastructure rollout, they remain largely in targeted pilot and commercial demonstration phases.

3. Core Growth Drivers: From Policy-Led to Market-Driven

China's automotive electrification journey has undergone distinct phases of transition. In the initial phase (2001–2020), market adoption was nurtured through national strategic roadmaps and vehicle purchase subsidies, establishing the "Three Vertical and Three Horizontal" R&D framework to build the world's largest New Energy Vehicle (NEV) market. In 2025, annual NEV production and sales both crossed the 16 million-unit milestone, pushing the new-car NEV penetration rate to 48%, with monthly penetration topping 50% for the first time. This indicates that the market has officially moved past the policy-driven inflection point, entering a self-sustaining phase propelled by product strength and genuine consumer demand.

4. Industry Landscape and Key Milestones

China has firmly established a globally leading position in automotive electrification, as evidenced by:

• Market Dominance: Holding the global number-one spot in NEV production and sales for consecutive years. In April 2026, NEV retail penetration among passenger cars breached the 60% mark for the first time, with industry data revealing that nine of the top ten bestselling passenger car models were electrified vehicles.

• Technology and Cost Competitiveness: Core technologies including traction batteries and electric drive motors have achieved independent domestic mastery, yielding significant cost reductions and accentuating total cost of ownership (TCO) advantages.

• Charging Infrastructure: As of the end of 2025, the total volume of charging infrastructure reached 16.696 million units, ranking first globally by a wide margin and providing robust support for widespread EV adoption.

• Export Momentum: China emerged as the world's top vehicle exporter from 2023 onwards, with NEVs serving as the main export catalyst. In 2025, NEV exports hit 1.203 million units, marking a strategic shift from simple product exports to global industrial expansion.

5. Future Outlook and the "Second Half"

The industry widely views electrification as the "first half" of the automotive transformation, whereas the battleground of the "second half" centres on smart connectivity and intelligent tech. Key future trends include:

• Rising Market Penetration: Leading industry experts forecast that by 2030, domestic NEV penetration will surpass 70%, becoming the undeniable mainstream of the automotive market.

• Technological Maturation and Integration: Traction batteries are advancing towards solid-state technology, while 800V high-voltage platforms and 5C ultra-fast DC charging are seeing accelerated real-world rollout. The seamless integration of electrification and intelligent vehicle architecture will increasingly define the core value of modern cars.

• Long-Term Coexistence of Multi-Powertrain Solutions: While pure battery electric remains the dominant trajectory, diverse powertrains including PHEVs, REEVs, hydrogen fuel cells, and zero-carbon ICEs will continue to co-exist and complement one another across varied operational use cases.