China Sets 70% NEV Target and Bets on Smart-Road Autonomy

The NEV push

China's industry ministry has released a new roadmap for the automotive industry as part of its 15th Five-Year Plan, targeting 70% new energy vehicle (NEV) domestic market penetration by 2030. The trajectory suggests that figure may prove conservative. China's previous five-year plan targeted 20% NEV share by 2025, a threshold the country blew past to reach 54% last year, according to China Passenger Car Association data. NEVs already accounted for 65% of car sales in August.

Beyond volume, Beijing regulators want several Chinese automakers ranked among the world's top ten by sales — a group BYD, SAIC and Geely already reached last year, though all three still trail Toyota, Volkswagen and Hyundai. The plan also calls for China to gain a stronger voice in setting international automotive standards.

Reining in overcapacity

The growth ambition comes paired with an explicit push to curb the overcapacity straining the domestic market. The ministry wants to discourage overinvestment, encourage industry consolidation, and eliminate inefficient production, while strengthening antitrust enforcement. As the source notes:

"The measures would serve as a direct response to the price war that has eroded margins and, alongside a 21% decline in car sales over the first eight months of this year, raised safety and quality concerns—particularly around connected cars and autonomous driving."

Autonomy, with an infrastructure-first twist

The plan targets mass deployment of autonomous vehicles (AVs) on highways, urban expressways and selected city roads.

"The plan requires AVs to achieve higher safety levels than human drivers, although it stops short of setting a specific numerical target for autonomous deployment itself."

The timing matters. China's push lands after new robotaxi permits were frozen for almost three months this year, following an outage involving Baidu's Apollo Go fleet in Wuhan.

Structurally, the approach diverges from the West's. Rather than relying primarily on standalone vehicle sensors and onboard compute, cities will deploy connected roadside sensors and 5G vehicle-to-everything infrastructure, sharing the computing burden between vehicle and centralised municipal cloud systems — a distinct model alongside the vehicle-centric philosophies of Waymo and Tesla. On the software side:

"It separately signals a shift in how autonomous driving software itself gets built, favouring end-to-end AI models intended to reduce reliance on costly HD mapping and highly elaborate sensor stacks over time."

Battery and materials policy

"The plan calls for new cell chemistry standards specifically covering solid-state batteries, alongside improved recovery of lithium, cobalt and nickel from recycling."

Whether the infrastructure-first autonomy model accelerates safe deployment — or simply shifts cost and complexity from the car to the city — remains the open engineering question.