On the 1st of March 2026, Elon Musk pointed to a set of striking official Chinese metrics that confirm what many in the manufacturing space have been tracking for months: the “tipping point” for internal combustion is no longer a forecast; it’s basically a rearview mirror observation at this point.
China’s vehicle fleet is now 12% New Energy Vehicles (NEVs), but the real story is in the displacement. In 2025, retail fuel sales across the country plummeted by 5.7%.
For a market of that scale, a nearly 6% drop in a single year isn’t a fluctuation; it’s a structural collapse of demand.
By the close of 2025, China’s NEV fleet stood at approximately 44 million units. The shift was driven by explosive growth: NEVs captured nearly 48% of total vehicle sales for the full year.
The impact on transport fuel was immediate, with gasoline production falling 5.07% and diesel 4.54%.
While China’s total crude oil demand grew slightly due to a booming petrochemical sector and strategic reserve filling, road-use gasoline has entered a structural decline.
Parallel gains in renewables reinforced this trend. China added a record 315 GW of solar and 119 GW of wind in 2025.
For the first time in history, combined wind and solar capacity (1.84 TW) has officially overtaken coal-fired capacity (~1.43 TW).
While China commissioned a decade-high 78 GW of new coal capacity in 2025, don’t mistake “infrastructure” for “usage.”
These new plants are effectively being built as giant, expensive insurance policies for grid reliability rather than primary power sources.
In reality, coal’s utilization rates are cratering because the grid now operates on a “clean-first” dispatch model.
Because of the massive influx of wind and solar, the “clean stack” met 100% of the country’s electricity demand growth in 2025, and the actual burning of coal for power fell for the first time. The engines are there, but they are sitting idle as renewables take the lead.
The Leapfrog: Africa’s Industrial Pivot
While China builds at a giga-scale, Africa is also trying to execute a “leapfrog” maneuver that mirrors the mobile phone explosion of the early 2000s.
The continent isn’t just importing these units; it’s starting to build them.
Nigeria has transitioned from a niche import market to a structured industrial sector. With the 2025 Green Mobility Bill providing VAT waivers and local content mandates, domestic players are ramping up.
There are now roughly 20,000 EVs on Nigerian roads, a 400% jump in five years. SAGLEV’s Imota plant is pushing local production of up to 2,600 units annually, with a roadmap to 10,000.
Because of grid instability, the makers here are optimizing vehicles for 20kVA generator charging and modular solar-integrated hubs, bypassing the utility bottleneck entirely.
Across other African countries, Ethiopia has made bold moves following a total ban on non-electric passenger vehicle imports in 2024; the EV share of its fleet hit 6% by early 2026.
In Kenya, the “Boda Boda” (motorcycle) market is the real vanguard. Electric 2-wheelers captured 15.3% of the market share in 2025, with local manufacturer Spiro seeing a 660% growth spike.
The drop in fuel sales (Gasoline -5.07%, Diesel -4.54%) proves that once the cost-per-kilometer flips, the market moves at a speed that traditional energy models can’t track. China has provided the blueprint for price-competitive hardware, and Africa is now building the localized infrastructure—from battery-swapping networks to off-grid charging, to make it operational at a national scale.
The fossil floor may have gone beyond just cracking; it may be falling through.
