Cambodia's electric-vehicle story is not being written in gleaming showrooms full of BYD sedans and Tesla-rival crossovers — it is being written on two wheels. While passenger-car EVs grab the headlines, the country's fastest-growing and most practical electrification is happening among electric motorcycles and scooters, powered by cheap Chinese imports, a swelling network of battery-swap cabinets, and battery chemistry built for tropical heat.
Photo: Wikimedia Commons / Lyg 2001, CC BY-SA 4.0
A motorcycle society goes electric
Cambodia is, first and foremost, a two-wheel country. Across ASEAN, total two-wheeler sales topped 7.8 million units in the first half of 2026 (a 5.2% year-on-year rise), according to MotorCyclesData. Cambodia's overall two-wheeler market was actually down about 13% over the same period — but that headline hides a sharp split: combustion sales are cooling while electric two-wheelers climb fast.
On the ground, the shift is visible. In July 2026, video reporting from Phnom Penh captured Chinese-brand dealers describing the change bluntly: where they once sold "only a few units a month," they now move "dozens or even several hundred units every month." One dealer estimated that imports and sales of electric two-wheelers had surged roughly 70% during the year, and noted that nearly all e-bikes entering Cambodia come from China.
Why 2026 is different
Two policy moves lit the fuse. In March 2026, Cambodia "drastically slashed" tariffs on products related to electric vehicles, dealers told reporters, giving importers and buyers immediate relief. That followed a longer policy arc: the government's Electric Vehicle Development Policy (2024–2030) sets targets of 30,000 electric cars, 720,000 electric motorcycles, and 20,000 electric tuk-tuks by 2030. For context, Cambodia registered 10,568 electric vehicles in the first nine months of 2025, per People's Daily — a small base, but one that makes a 70% annual jump in the two-wheeler slice entirely plausible.
Rising fuel prices do the rest. A Bangkok ride-hailing rider interviewed in the same reporting cited daily fuel costs of 150–170 baht (about US$4.50–5.00); an electric two-wheeler eliminates that bill almost entirely, which is exactly why delivery riders and taxi-moto drivers are the early adopters.
The technology that makes it work: LFP + swapping
Here is the part that is genuinely interesting from an engineering standpoint. Cambodia's constraints — a hot, humid climate, an unstable grid, and very few public chargers — are almost perfectly matched by two technologies: lithium iron phosphate (LFP) batteries and battery swapping.
LFP chemistry is quietly ideal for Southeast Asia. At the Autotech & Accessories 2026 show in Vietnam, Chinese cell maker CBAK Energy showcased large cylindrical LFP cells engineered for the region's light-electric-vehicle (LEV) market. The numbers are telling: the 40135 FS2 cell delivers more than 2,500 cycles (roughly an 8–10 year service life in daily fleet use) and peaks at 172 Wh/kg. More importantly for a country where swapping cabinets sit in 40°C-plus heat, CBAK's full-tab architecture cuts internal resistance to about 1.3 mΩ, enabling 2C fast charging and 3C continuous discharge while reducing charge–discharge temperature rise by roughly 50% versus the industry average — directly lowering thermal-runaway risk. That thermal stability, not just low cost, is why LFP dominates the region's e-moto packs.
Swapping solves the other half of the problem. Cambodia's public charging network is thin and the grid is unstable, so waiting hours to plug in is a non-starter for a rider who earns by the trip. Companies like Singapore-based Oyika run battery-as-a-service networks in Phnom Penh where a depleted pack is exchanged for a full one in under a minute, at about US$1 per swap for roughly 50 km of range. Oyika's packs are intentionally bike-agnostic, fitting mass-market Chinese brands such as Yadea and NIU, and the company has even partnered with the UNDP to bring swap cabinets — which double as portable power — to off-grid rural Cambodian communities.
Charging, for the cars that do come
For four-wheel EVs, the picture is still early. Cambodia's electric utility EDC set charging tariffs in 2024 at about 1,050 riel/kWh for AC and 1,350 riel/kWh for DC fast charging, and China-backed contractors have won deals to build roughly 100 charging stations and 400 chargers around Phnom Penh over three years. But compared with the density of motorcycle traffic, chargers remain scarce — another reason two-wheelers, not cars, lead the transition.
China Angle
As a Chinese writer covering this space, I find Cambodia's path strikingly familiar. A decade ago, China's own EV takeoff was really a two-wheeler and bus story first — hundreds of millions of e-bikes quietly electrified before passenger cars caught up. Companies like Yadea and NIU cut their teeth on exactly the swap-friendly, LFP-powered, price-sensitive model now landing in Phnom Penh. The difference is speed: Chinese brands and battery makers are exporting a mature playbook directly to ASEAN, so Cambodia may skip the messy early-generation phase we lived through. I would wager the "720,000 e-motorcycles by 2030" target is more achievable than the 30,000 cars.
Sources
- Open Video / Xinhua — "Cambodia: Chinese e-motorcycle sales grow in Southeast Asia" (July 2026): https://open.video/video/gtvEVy_a45M
- People's Daily (via peoplecen.com) — "Cambodia accelerates EV adoption" (January 2026): https://www.peoplecen.com/html/2026/guoji_0116/25233.html
- Automotive World — "CBAK Energy targets SE Asian e-mobility with new cells" (May 2026): https://www.automotiveworld.com/news/cbak-energy-targets-se-asian-e-mobility-with-new-cells
- YesPress — "Oyika" company profile (battery-as-a-service in Cambodia / Southeast Asia): https://yespress.io/oyika
