While most of China’s automakers are locked in a bruising price war over electric vehicles, Geely is placing a parallel bet on a fuel that predates the lithium-ion age: methanol. The company, which also owns Volvo Cars, has spent nearly two decades developing passenger cars and commercial trucks that run on methanol, and its founder, billionaire Li Shufu, has repeatedly argued that heavy battery packs sap the efficiency and payload capacity of electric vehicles. Now, with Beijing signaling fresh policy support for methanol as a transport fuel, Geely’s long-running campaign is getting a tailwind.
Geely’s methanol push and the weight argument
Li Shufu has been methanol’s most prominent corporate advocate in China since at least 2005, when Geely began research into methanol-fueled engines. The company has since produced methanol-powered passenger cars under its Emgrand brand and commercial vehicles under its Remote (Farizon) truck line. By Geely’s own account, it has put tens of thousands of methanol vehicles on Chinese roads, accumulating operational data across taxi fleets, ride-hailing services, and freight operations.
The core of Li’s argument is straightforward: lithium-ion battery packs are heavy, and that weight penalty matters. A mid-range electric sedan typically carries a battery pack weighing roughly 400 to 600 kilograms. The Tesla Model 3’s pack, for instance, weighs approximately 480 kilograms, while the BYD Seal’s exceeds 550 kilograms. That mass demands more energy to accelerate and move the vehicle, which reduces effective range per kilowatt-hour and, for commercial trucks, cuts directly into cargo capacity.
Methanol, stored as a liquid, is far lighter per unit of delivered energy than a battery system. Refueling takes minutes rather than the 20 to 60 minutes required for DC fast charging. For fleet operators running long-haul trucks or urban taxis that cannot afford extended charging downtime, those differences are operationally significant. Li has made this case in public forums, including proposals submitted to China’s National People’s Congress, where he has called for expanded methanol vehicle adoption as part of the country’s energy diversification strategy.
Beijing’s policy backing
Geely is not operating in a policy vacuum. China’s Ministry of Industry and Information Technology (MIIT) has been running methanol vehicle pilot programs since 2012, testing fleets across five provinces and cities. According to an official summary published through the State Council and distributed by Xinhua, the ministry oversaw the construction of methanol filling stations and developed national technical standards for methanol-fueled vehicles during those pilots.
The policy logic reflects China’s energy geography. The country imports roughly 70% of its crude oil, a strategic vulnerability Beijing has been working to reduce for years. China is, however, the world’s largest methanol producer, generating the fuel primarily from its abundant coal and natural gas reserves. MIIT’s framework positions methanol vehicles not as a replacement for battery-electric cars but as a complementary track, particularly useful in regions where EV charging infrastructure remains thin or where vehicle weight constraints favor liquid fuels.
Readers tracking official policy developments can search China’s government policy portal for related regulations and notices. Within that broader landscape, methanol sits alongside continued support for battery-electric vehicles, hydrogen fuel cells, and fuel-efficient gasoline engines. Beijing is hedging across multiple technologies rather than picking a single winner.
The trade-offs methanol still faces
Methanol’s advantages come with significant caveats that neither Geely nor MIIT has fully addressed in public disclosures.
Energy density: Methanol contains roughly half the energy per liter of gasoline. That means methanol vehicles need larger fuel tanks or accept shorter range between fill-ups compared to conventional cars. Geely’s methanol models partially offset this through engine tuning and hybrid configurations, but the physics impose a real constraint.
Carbon footprint: The environmental case for methanol depends almost entirely on how it is produced. Most of China’s methanol comes from coal gasification, a process with a substantial carbon footprint. Green methanol, synthesized using renewable energy and captured CO₂, is far cleaner but remains expensive and limited in volume as of early 2026. MIIT’s policy announcements have not specified whether government support will distinguish between coal-derived and green methanol, a gap that matters enormously for climate credibility.
Safety and durability: Methanol is toxic if ingested and corrosive to certain engine components and fuel-system materials. These are engineering problems with known solutions (resistant alloys, sealed fuel systems, safety protocols), but they add cost and complexity. The MIIT pilot summary does not break out maintenance, component failure, or safety incident data from the five-region trials, making it difficult to assess real-world durability at scale.
Infrastructure: Building a nationwide methanol refueling network alongside China’s rapidly expanding EV charging grid is a massive capital undertaking. The pilot regions have functioning stations, but scaling to national coverage would require coordination between fuel producers, station operators, and local governments that has not yet been publicly mapped out.
Where Geely’s strategy fits in a crowded market
Geely is not abandoning electric vehicles. The company sells EVs and plug-in hybrids under its Geely, Zeekr, and Lynk & Co brands, and it competes directly with BYD, NIO, and other Chinese manufacturers that are investing billions in lithium-ion technology. Promoting methanol could be read as genuine technological diversification or as a strategic hedge against the margin-crushing EV price war that has defined China’s auto market since 2023.
Li Shufu’s long personal commitment to methanol suggests the push is more than opportunistic positioning. But without detailed public disclosures from Geely comparing the total cost of ownership, emissions profiles, and reliability records of its methanol vehicles against its own electric models, outside observers cannot fully evaluate how the two technologies stack up within the company’s own lineup.
For consumers and fleet operators, the practical picture as of spring 2026 is this: methanol vehicles have real government backing, a decade-plus pilot track record, and a credible engineering rationale for use cases where battery weight and charging time are liabilities. They are not, however, a proven mass-market alternative to EVs. The technology’s trajectory will depend on hard data that remains only partially public: comparative per-kilometer costs, life-cycle emissions under real production conditions, long-term engine durability, and the economics of building refueling infrastructure at national scale. Geely and Beijing have placed their bet. The evidence to fully judge it is still catching up.
More from Morning Overview
*This article was researched with the help of AI, with human editors creating the final content.
