Now, I can actually save some money.
Across the developing world, a geopolitical tremor in early 2026 accelerated a quiet revolution in how ordinary people move through their lives. As conflict disrupted oil flows and fuel prices climbed, Chinese electric vehicles arrived in record numbers to Asia, Africa, and Latin America — offering households a rare chance to escape the tyranny of volatile energy costs. Yet the infrastructure to sustain this transformation has not followed at the same pace, and the gap between the vehicles on the road and the chargers to power them has become one of the defining tensions of this new mobility era.
- A conflict near the Strait of Hormuz choked off a fifth of global oil supply, sending fuel prices surging and making Chinese EVs suddenly irresistible to cost-pressed drivers across the developing world.
- Chinese automakers shipped over 435,000 electric and hybrid vehicles in a single month, with some governments — like Laos — moving so fast they banned fuel-powered imports outright.
- The infrastructure to support this flood of vehicles is dangerously thin: Thailand has one public charger for every 92 EVs, and Ethiopia launched an EV-only import policy with barely a dozen charging stations in the entire country.
- Drivers are already feeling the strain — in Bangkok, charging port shortages are pushing some EV owners to consider switching back to gasoline, while in rural Thailand, booking a charge has become a daily gamble.
- State-owned utilities in Kenya, Indonesia, and Malaysia are emerging as the most credible force to close the gap, leveraging their structural control over grids and pricing to build networks at scale.
- The central question is now a race against time: whether governments can construct charging infrastructure fast enough to match the millions of Chinese vehicles already arriving on their shores.
When conflict near Iran's coast disrupted oil flows through the Strait of Hormuz in early 2026, fuel prices spiked across Asia, Africa, and Latin America — and Chinese electric vehicle makers were positioned to answer the moment. In April alone, Chinese EV exports reached a record $9.4 billion. By May, more than 435,000 electric and hybrid vehicles had shipped to developing markets, double the volume of a year prior. Laos banned fuel-powered vehicle imports for the rest of the year. Africa imported around 44,000 Chinese EVs in 2025, a 130 percent increase. The International Energy Agency projected global EV sales would approach 23 million units in 2026.
The appeal was economic as much as environmental. In South Africa, transportation consumes nearly a fifth of household spending. In Hanoi, motorbike taxi driver Nguyen Thien Bao switched to a VinFast electric bike and watched his fuel costs collapse. Vietnamese automaker VinFast reported a 42 percent revenue increase in the first quarter. Chinese manufacturers now supply roughly 60 percent of all electric cars sold globally, and they are pressing further into emerging markets.
But the charging infrastructure to support this surge has not kept pace. Thailand has approximately 4,600 public charging locations for more than 424,000 electric and hybrid vehicles — one charger for every 92 cars. Yutthana Samranwong, an EV driver and ride-hailing operator in northern Thailand, described booking a public charger as a persistent headache. In Bangkok, some drivers are weighing a return to gasoline. Ethiopia's situation is more acute: the government banned non-EV imports but had only around a dozen charging stations as of mid-2025, against an estimated need of more than 1,170.
Analysts call it a classic chicken-and-egg problem, and governments are beginning to respond. Indonesia's state utility has deployed more than 4,500 public chargers. Kenya Power plans 44 new stations within the year. Malaysia's fast-charger network grew more than 70 percent in 2025 after targeted tax incentives. State-owned utilities hold a structural advantage here — they control grid planning, pricing, and distribution, the very foundations a charging network requires. Private automakers exporting from China have little incentive to build abroad, but utilities increasingly recognize that electric mobility represents a major source of future electricity demand. The race now is whether that recognition can be translated into infrastructure fast enough to meet the vehicles already on the road.
A geopolitical shock rippled through global energy markets in early 2026, and Chinese automakers seized the moment. When conflict in Iran disrupted shipping through the Strait of Hormuz—choking off roughly a fifth of the world's crude oil and liquified natural gas—fuel prices spiked across Asia, Africa, and beyond. Drivers in developing nations, already vulnerable to volatile energy costs, began looking for alternatives. Chinese electric vehicle makers were ready.
In April alone, Chinese EV exports reached $9.4 billion, a record. By May, Chinese automakers shipped more than 435,000 passenger electric vehicles and plug-in hybrids—more than double the volume from a year prior. The surge flowed into Southeast Asia, East Africa, Brazil, and Australia. In Laos, the government moved so aggressively that it banned fuel-powered vehicle imports for the remainder of 2026 to reduce oil dependency. Africa imported around 44,000 Chinese EVs in 2025, a 130 percent jump from the previous year. One in four new cars sold globally last year were electric, and the International Energy Agency projects that figure will climb to nearly 30 percent by 2026, with global EV sales reaching 23 million units.
The appeal was straightforward: in developing economies, transportation consumes an enormous share of household budgets. In South Africa, it accounts for nearly a fifth of all spending. As fuel prices climbed, switching to an electric vehicle became a way to reclaim money. Nguyen Thien Bao, a motorbike taxi driver in Hanoi, bought a VinFast electric bike and watched his fuel expenses collapse. "Before, so much of my income went into fuel," he said. "Now, I can actually save some money." In Vietnam, VinFast reported a 42 percent year-on-year revenue increase in the first quarter, driven largely by Southeast Asian demand. Chinese automakers now supply roughly 60 percent of all electric cars sold globally, and they have set their sights on sustained expansion across emerging markets.
But the infrastructure to support this wave of vehicles has not kept pace. Thailand illustrates the gap starkly: the country has roughly 4,600 public charging locations serving more than 424,000 battery electric vehicles and plug-in hybrids—a ratio of one charger for every 92 vehicles. A driver named Yutthana Samranwong, who operates an MG4 EV in Thailand's northern Phitsanulok province and sometimes works for the Grab ride-hailing service, described the experience of booking a public charging port as a gamble. "It's a bit of a headache," he said. In Bangkok, the strain on charging networks has pushed some drivers to consider returning to gasoline cars. Ethiopia faces an even starker challenge: the government banned non-EV imports but had only around a dozen charging stations as of mid-2025. Officials estimate the country needs more than 1,170 stations to meet demand, though 40 are under construction in the capital, Addis Ababa.
Analysts describe this as a classic chicken-and-egg problem. Paul Gong, head of UBS bank's China automotive research, noted that without sufficient charging infrastructure and EV fleet size, "government support for infrastructure could help accelerate adoption." That insight has begun to reshape policy across the developing world. State-owned utilities are emerging as the primary solution. Indonesia's state power utility, PLN, has deployed more than 4,500 public chargers. Kenya Power plans to build 44 charging stations within the next year. Malaysia saw public fast chargers increase more than 70 percent in 2025 after the government introduced tax breaks for operators meeting investment criteria. Africa now has around 2,000 public EV charging stations, with South Africa accounting for the largest share.
State utilities hold a structural advantage that private companies lack. They are woven into grid planning, electricity pricing, and distribution capacity—the backbone of any charging network. Chris Liu, an analyst with the technology research firm Omdia, emphasized that in developing markets, "the pace of adoption will still depend heavily on infrastructure, power reliability and use case." Large Chinese automakers, while aggressive in exporting vehicles, have little incentive to build charging networks outside China. State-owned utilities, by contrast, recognize that electric mobility will become a significant source of future electricity demand. Ndia Magadagela, CEO of Everlectric, a South African commercial EV leasing company, put it plainly: "Utilities are recognizing that electric mobility will become a meaningful source of future electricity demand." The question now is whether governments can build networks fast enough to match the flood of vehicles arriving from China.
Notable Quotes
Before, so much of my income went into fuel. Now, I can actually save some money.— Nguyen Thien Bao, Hanoi motorbike taxi driver
Utilities are recognizing that electric mobility will become a meaningful source of future electricity demand.— Ndia Magadagela, CEO of Everlectric
The Hearth Conversation Another angle on the story
Why did the Iran conflict suddenly matter for electric vehicles in places like Thailand and Kenya?
Fuel prices spiked when the Strait of Hormuz got blocked. In developing countries, where transport already eats up a huge chunk of household income, that price shock made EVs look like a lifeline. Chinese automakers had the supply ready, so the market opened up fast.
But you're saying the cars are arriving faster than the charging stations. How bad is that gap?
In Thailand, there's one public charger for every 92 electric vehicles. Ethiopia banned gas car imports but had only twelve charging stations. It's not just inconvenient—drivers are actually considering going back to fuel cars because the infrastructure is so strained.
So who's supposed to fix this? The car companies?
That's the puzzle. Chinese automakers have no real incentive to build charging networks in Africa or Southeast Asia. But state-owned utilities do—they see electricity demand growing, and they control the grid anyway. Indonesia's power utility has already deployed over 4,500 chargers.
Is that model actually working?
It's early, but yes. Kenya Power is building 44 stations in the next year. Malaysia gave tax breaks to charging operators and saw fast chargers jump 70 percent in 2025. The utilities have the capital and the grid knowledge that private companies don't have.
What happens if the infrastructure doesn't catch up?
You get stranded drivers and wasted investment. The whole adoption curve flattens. That's why analysts are calling it a critical moment—the vehicles are here, the demand is real, but the next phase depends entirely on whether governments can build fast enough.