On March 6, 2026, Chinese Premier Li Qiang stood before the National People's Congress in Beijing, delivering the government work report at the fourth session of the 14th National People's Congress, and unveiled a sweeping new vision for the country's automotive future. The 15th Five-Year Plan period (2026-2030) will prioritize what policymakers call "new quality productive forces"—a concept centered on innovation-led growth and advanced manufacturing. For the automotive sector, this means a strategic pivot from price wars to technological leadership, with a focus on all-solid-state batteries, L3 autonomous driving, embodied AI, and the low-altitude economy.
The Numbers Tell the Story
Before looking forward, the government work report offered a striking retrospective. China's GDP expanded by 5% in 2025, reaching 140.19 trillion yuan. Within that, the automotive sector stood out as one of the strongest contributors to growth. Annual production of new energy vehicles (NEVs) surpassed 16 million units, a milestone that underscores China's dominance in electrification.
Supporting infrastructure has expanded just as rapidly. The nationwide network of EV charging facilities now exceeds 20 million units, helping accelerate adoption of electric mobility across urban and rural areas. Meanwhile, output from high-tech manufacturing and equipment manufacturing rose 9.4% and 9.2% year-on-year respectively, well above the overall industrial growth rate. Production of industrial robots surged by 28%, while integrated circuit output increased by 10.9%.
The "15th Five-Year Plan": A New Industrial Framework
The draft development outline for 2026-2030 emphasizes cultivating "new quality productive forces"—innovation-led growth centered on advanced manufacturing. Policymakers outlined a tiered strategy distinguishing between "emerging pillar industries" and longer-term "future industries."
Notably, "embodied intelligence"—AI systems integrated with physical machines—was highlighted as a standalone future industry for the first time in such a high-level policy document. The technology has profound implications for robotics, smart manufacturing, and human-machine interaction in intelligent vehicles.
All-Solid-State Batteries: The Race Intensifies
At a January 2026 meeting of the inter-ministerial conference on energy-saving and NEV industry development, chaired by MIIT Minister Li Lecheng, officials made clear that 2026 would be a "critical window" for intelligent and connected NEVs. The top priority: accelerating breakthroughs in all-solid-state batteries and advanced autonomous driving.
Ouyang Minggao, an academician at the Chinese Academy of Sciences, noted that China is progressing "faster than expected" in all-solid-state battery research and industrialization, thanks to more government support. "The gap between China and leading countries in all-solid-state batteries has narrowed sharply, and China has been ahead in some areas. The next two to three years will be critical for China to choose industrial routes and move laboratory results into production, with the goal of achieving commercialization by 2030," Ouyang said.
The urgency is driven by competitive pressure. Ji Xuehong, director of an automotive industry innovation research center at North China University of Technology, noted that "the next phase of development for intelligent and connected new energy vehicles will hinge on innovation rather than price competition."
Autonomous Driving: L3 Approval Becomes a Priority
The government's 2026 agenda includes concrete steps to commercialize high-level autonomous driving. The work report calls for deeper implementation of the "AI+" initiative, building large-scale intelligent computing clusters, and expanding 5G+ industrial internet networks.
Building on the first L3-level passenger vehicle approvals granted in 2025, regulators are now preparing for wider deployment. The "Automotive Industry Stabilization and Growth Work Plan (2025-2026)" explicitly states that China will "advance the intelligent connected vehicle access and road pilot program, conditionally approve L3 model production access, and promote improvements in road safety and insurance laws."
Industry observers note that autonomous driving technology is advancing alongside China's push for vehicle-road-cloud integration. The "车路云一体化" (vehicle-road-cloud integration) pilot program is accelerating the construction of connected infrastructure and cloud control platforms.
200 Billion Yuan for Upgrades, 250 Billion for Trade-Ins
The 2026 policy package includes substantial financial commitments. The government will allocate 250 billion yuan in ultra-long-term special treasury bonds to support consumer trade-in programs for vehicles and other goods. An additional 200 billion yuan will be directed toward large-scale equipment upgrades, accelerating production line modernization across automakers and parts suppliers.
These measures build on the 2025-2026 work plan's targets: 2025 auto sales of 32.3 million units (up 3%), including 15.5 million NEVs (up 20%), with 2026 maintaining "stable and improving" performance.
Ending the Price War: Regulators Draw a Line
Perhaps the most significant shift in industry governance is the government's determination to end destructive price competition. At a January 14 roundtable with 17 major automakers, three top regulators (MIIT, NDRC, and SAMR) warned that "regulatory enforcement, cost and price monitoring, and product consistency checks would be strengthened."
The message was unambiguous: "consciously resist price wars to foster win-win outcomes and a healthier business environment." Companies were urged to take an active role in building industry self-discipline mechanisms.
"The next phase of development for intelligent and connected new energy vehicles will hinge on innovation rather than price competition. The industry is entering a period of opportunity in areas such as advanced materials, industrial software, autonomous driving and solid-state batteries." Ji Xuehong, North China University of Technology
The crackdown on "内卷式竞争" (involution-style competition) extends to new guidelines expected in 2026. An "Automotive Industry Price Conduct Compliance Guide" is in development, which will clarify standards for "below-cost sales" and establish price abnormality warning mechanisms.
The Low-Altitude Economy Takes Flight
2026 is shaping up to be a landmark year for flying vehicles. Internet users have already dubbed it the "first year of mass-produced flying cars." Multiple Chinese automakers are planning to launch production flying vehicle models in 2026, supported by the new policy framework that elevates the low-altitude economy to strategic importance alongside semiconductors.
The policy implications extend to regulatory frameworks for flying vehicles, airspace management, and industry standards. Advances in embodied AI may also enable wider deployment of humanoid robots in automotive manufacturing and new forms of interactive in-vehicle digital assistants.
Green Transition: Carbon Intensity and Grid Modernization
Environmental targets remain central to the new plan. The government aims to reduce carbon emissions per unit of GDP by about 3.8% in 2026. Supporting measures include accelerating the construction of a modern power system, expanding smart grids, scaling up energy storage technologies, and increasing renewable electricity use.
These efforts could enhance the sustainability of electric vehicles and support vehicle-to-grid (V2G) integration. Stricter oversight of energy-intensive projects will further push traditional automakers toward electrification and low-carbon manufacturing.
The Global Context: Competing with Solid-State and AI
China's intensified focus on solid-state batteries and embodied AI reflects a broader strategic calculus. Hong Kong Commercial Daily notes that "once Japan, South Korea, Europe, or the U.S. break through first, China could lose its current industrial advantage." The urgency was underscored by Finland's Verge unveiling the world's first mass-producible all-solid-state electric motorcycles at CES 2026.
China's advantage lies in scale. Domestic battery companies accounted for 69.4% of global power battery market share in 2025. The question now is whether that scale can translate into leadership in next-generation battery technology.
What This Means for Global Automakers
For international automakers operating in China, the new plan signals a rapidly shifting competitive landscape. The days of easy profits through joint ventures with domestic partners are fading. Success now requires deep integration with China's innovation ecosystem—local R&D for autonomous driving, partnerships with Chinese battery suppliers, and alignment with government priorities around AI and connectivity.
The plan also encourages global cooperation while managing risks. Authorities pledged to "guide enterprises to make rational, orderly and safe overseas layouts" and to "foster a new landscape of global industrial cooperation."
The Road Ahead
China's automotive industry enters the 15th Five-Year Plan period with a clear directive: move up the value chain, compete on technology not price, and secure leadership in the next generation of automotive technologies. From solid-state batteries and L3 autonomous driving to embodied AI and flying vehicles, the scope of ambition is breathtaking.
As XPeng's CEO put it, "2026 is going to be even more cruel." For automakers in China—domestic and foreign alike, the message is clear: innovate or be left behind.