Middle-East and Africa Electric Vehicle Market

The Middle-East and Africa electric vehicle market value is anticipated to grow from USD 29.9 billion in 2025 to 35.2 billion in 2026 and expected to reach USD 81.5 billion in 2031 with a CAGR (2026-2031) of 18.28%.

Although the Middle East and Africa (MEA) EV market is still tiny and adoption is concentrated in a few countries in terms of volume, it is about to enter a growth phase and is likely to see adoption focused in mature markets, instead of being evenly distributed across the region. Around 75,000 electric cars were sold in the Middle East in 2025, an increase of over 40% year-over-year; nearly 50% of these sales came from the United Arab Emirates, and nearly 45% came from Saudi Arabia and Qatar combined [Source: IEA]. Chinese OEMs are dominating the BEV/PHEV market due to affordable pricing, wide SUV range, and integrated battery supply. In 2025, Chinese EV exports to the Middle East have also increased by 60%, demonstrating the quick growth of product availability.

Although demand for electric vehicles is growing from a very low base, Africa is still further behind, with less than 1% of all car sales being electric. The vast majority of regional EV adoption is concentrated in Egypt, Morocco, and South Africa, with Morocco being one of the leading nations in terms of EV sales penetration. Ceer, Saudi Arabia's first electric vehicle brand and original equipment manufacturer, signed 16 localization agreements totaling SAR 3.7 billion (USD 987 million) in 2026, demonstrating the country's shift from vehicle imports to domestic EV manufacturing.

MEA is defined as two separate EV markets: a low-penetration, affordable, and commercial-use-driven African market and a premium-heavy, faster-scaling Gulf market. Africa promises faster percentage growth from a smaller base, while the Middle East is expected to generate the majority of the near-term passenger EV value.

The MEA electric vehicle market study covers the new passenger cars and commercial vehicles across different propulsion technologies, vehicle types, battery chemistry, motor architecture type, voltage range, with analysis across major countries. The study excludes used electric vehicles, two-wheelers, three-wheelers, EV batteries, battery raw materials, charging infrastructure, charging services, and standalone electric motors.

Battery electric vehicle (BEV) accounts for the highest Middle-East and Africa electric vehicle market share of 47% in 2025, while fuel-cell electric vehicle (FCEV) is projected to expand at 34% CAGR during 2026-2031. BEVs accounted for the biggest share of light vehicle propulsion in terms of overall vehicle sales, but adoption has been confined to urban markets. In the UAE, BEV sales amounted to approximately 11,700 units in 2025, while PHEV sales increased more than five times to about 1,100 units, suggesting higher demand for hybrid vehicles. By contrast, in South Africa, PHEVs dominated over BEVs in a ratio of more than 2:1 for the same period. PHEV Sales Surged by 280.8% to 2,810 Units in 2025 up from 738 Units in 2024, while BEV Sales Dropped by 13.4% to 1,088 Units in 2025 compared to 2024, reflecting divergent transport patterns and charging availability.

Passenger cars represent the largest vehicle type category with 92% market share in MEA electric vehicles market. However, the commercial electric vehicles are expected to grow at a CAGR of 24% by 2031. Passenger cars accounted for the largest share of MEA electrification due to a concentration in central cities, private buyers and premium SUV’s, while commercial EVs were constrained by high acquisition costs and charging/depot needs. The commercial vehicle market offers the most promise in terms of total miles travelled and potential cost savings per unit, which can offset higher initial costs, particularly in taxi, logistics and bus sectors, where the payback period is shorter. Electrification in Africa is following a different pattern to the Middle East, with a stronger focus on commercial vehicles. For medium-duty commercial vehicles, entry-level LCVs are likely to dominate initial sales, with buses following before trucks, due to charging intensity and battery costs.

United Arab Emirates registered the highest value market share of 53% in 2025 of Middle-East and Africa electric vehicle market , supported by high vehicle purchasing power, concentrated urban demand, extensive charging infrastructure and strong adoption across premium and electric SUV segments. The UAE’s lead is explained by a combination of high vehicle affordability and charging accessibility, focused on center cities and supported by government fleet electrification initiatives, rather than direct EV subsidies. While EV sales penetration in the UAE was among the highest in the region, they failed to grow exponentially in 2025, with BEV Sales declined to 11,700 Units in 2025 compared to 12,400 Units in 2024 on the back of enhanced model availability. At the same time, PHEV Sales Surged by 280.8% in 2025, compared to 2024. The market growth is forecast to shift from charging infrastructure and government levers to vehicle economics and financing, with SUV formats and fleet sales playing an increasingly important role.

Saudi Arabia is projected to be the fastest region in Middle-East and Africa electric vehicle by 2031 accounting for 24% CAGR (2026-31). Saudi Arabia offers the best opportunity for the next phase of MEA EV development due to a combination of market size, low penetration and government support, including plans to develop local EV manufacturing capabilities. It is notable that while the country’s EV market is being driven by imports, local manufacturing is anticipated to play a more important role in the future as Ceer Group, Lucid Motor and Hyundai are all planning to establish local production facilities. In addition, the charging infrastructure development is set to transition from center city concentration to a focus on inter-city infrastructure, which will support broader adoption of EVs in commercial and private transportation.

The market value is determined by multiplying the sales volume of new electric vehicles by the corresponding average selling price (ASP). To account for variations in vehicle mix, battery content, and cost, ASP is evaluated by propulsion type, vehicle type, battery chemistry, battery capacity, voltage architecture, and country. EV registrations, OEM sales disclosures, government statistics, trade groups, and corporate filings are used as benchmarks for historical projections. Changes in EV sales volumes, propulsion mix, battery costs, vehicle pricing, charging infrastructure, model availability, technological uptake, consumer preferences, and regulatory conditions are taken into account for forecast.