3.5 million rides on hydrogen: how China's 'hydrogen pony' found its market through fire

In the Xindu district of Chengdu, Sichuan, thousands of people scan a QR code every day to unlock a blue two-wheeler locals have nicknamed the 'hydrogen pony'. It is a shared scooter that runs not on lithium but on hydrogen — via a small fuel cell mounted beneath the seat. Since its launch in August 2024, the company behind it, Qinglv Technology, has facilitated more than 3.5 million rides. That figure comes from an interview with co-founder Yang Hao, published by China Daily in March 2026.

How does it work?

Each bike carries a storage tank holding 100 grams of hydrogen. Rather than conventional high-pressure tanks operating at 35 to 70 MPa, Qinglv uses solid-state hydrogen storage technology: hydrogen is combined with a special metal powder, keeping internal tank pressure at just 2 MPa. This makes the system considerably safer — in the event of a leak, gas escapes slowly without any explosion risk. Range is nearly 100 kilometres per fill, around twice that of a standard shared e-bike. A ride costs 2.50 yuan (approximately 32 euro cents) for the first ten minutes.

The business case: fire opened the market

The rapid rise of the hydrogen scooter in China is not a random technological victory — it is the result of a concrete market shift driven by regulation.

China now has 380 million electric bikes on its streets, but lithium batteries have become a growing safety problem. In 2023, Chinese fire departments logged 21,000 reports of e-bikes catching fire — a 17.4% increase on the previous year. In response, multiple major cities have restricted or outright banned lithium e-bikes from their shared bike programmes.

That created a vacuum. Qinglv stepped in. Because the hydrogen scooter carries no fire-risk battery and operates at such low storage pressure, it sailed through local government approvals that lithium competitors in the same market could not obtain. Safety here is not a marketing message — it is a real licensing condition, and that is a far more durable competitive advantage than technical performance alone.

Scale as the next frontier

Qinglv is not yet at cost parity. A hydrogen bike currently costs around CNY 10,000 (approximately €1,300) — two to three times the price of a comparable lithium model. Yang Hao is candid about this: "Once annual output reaches 300,000 units, costs can drop to a level comparable to lithium battery-powered bikes." To get there, the company is building a new factory in Xindu with a planned annual capacity of 300,000 fuel cell systems, scheduled for completion in July 2026.

The lifetime economics also help the business case. Solid-state hydrogen storage withstands thousands of charge cycles; lithium batteries typically manage a few hundred. For a shared mobility operator running a fleet over multiple years, that is a real difference in maintenance and replacement costs.

International ambitions

The scale and momentum are drawing attention beyond China. Qinglv has received orders for 50,000 bikes from the Middle East, Europe, the US and Southeast Asia, though design adjustments will be required for local markets. Domestic expansion into Hangzhou, Jinan, Sanya, Shenyang and Ganzhou is planned for 2026.

A note of caution: is hydrogen the right choice for bikes?

Not all experts are convinced. Professor Mark Jacobson of Stanford University has argued that hydrogen's energy density advantage only becomes economically rational at distances above 800 kilometres — far beyond the range of urban cycling. A lithium-powered bike also consumes only 40% of the energy of a hydrogen equivalent, he notes. For long-distance transport, hydrogen makes more sense.

That makes Qinglv's success all the more instructive: the company has not built a technologically superior product. It has built a product that fits precisely into a regulatory environment that excludes its competitors. In that market context, safety is not an advantage — it is a licence condition. And that is a considerably stronger business foundation than technical performance alone.

Sources:

- China Daily (26-03-2026): https://global.chinadaily.com.cn/a/202603/26/WS69c4881fa310d6866eb3ff43.html

- Dialogue Earth (07-08-2025): https://dialogue.earth/en/digest/china-expands-hydrogen-bike-share-network/

- MIT Technology Review (05-08-2024): https://www.technologyreview.com/2024/08/05/1095637/china-hydrogen-shared-bike-youon/

- H2-Mobile.fr (12-04-2026): https://www.h2-mobile.fr/actus/chine-scooter-hydrogene-solide-libre-service/