Tunisian solar-powered cars charge 30 miles for free each day using African sunshine

Tunisia is quietly rolling out a new generation of low-cost electric vehicles designed to thrive under Africa’s abundant sun. A startup called Bako Motors has begun selling two compact models—one aimed at city deliveries and the other a tiny two-seat commuter—that use rooftop solar to extend daily range and reduce dependence on scarce charging stations.

As automakers and entrepreneurs look for affordable, practical EVs for African streets, Bako’s vehicles are being positioned as a local, sunlight-powered answer to unreliable fuel supplies and thin charging networks. The cars are already in showrooms and on the road as the company ramps up production in North Africa and plans exports to nearby markets.

How rooftop solar helps EVs work in sun-drenched cities

One of the biggest hurdles for electric vehicles across many African countries is infrastructure: charging stations are still rare outside major urban centers. Bako Motors’ approach is simple and pragmatic—fit solar panels to the vehicle roof so each car can top up while parked under the open sky. That extra energy can make a meaningful difference for drivers who otherwise face long trips to the nearest charging point.

Bako says the solar array delivers a substantial share of daily energy needs, allowing some models to harvest roughly 30–50 miles (50–80 kilometers) of range on sunny days. For commercial users who operate within a city or along short delivery routes, that can translate to many weeks between grid charges and far lower operating costs.

Meet the models: B-Van for deliveries and the Bee city car

Designed for last-mile work

The B-Van is built for cargo routes, market vendors and urban logistics. It’s optimized for carrying loads and for frequent stop-start driving common in city deliveries. Key practical features include:

• Payload capacity of about 800 pounds (around 360 kg)
• Electric range up to roughly 160 miles (around 260 km) on a full charge
• Solar roof that can deliver significant daily free range in sunny conditions

A tiny, efficient commuter: the Bee

The Bee is a minimalist two-seater aimed at short urban hops. It’s inexpensive to buy and run, but intentionally compact and modest in performance. The top speed is conservative—slower than many small petrol mopeds—so the Bee is best suited to calm city streets, campus environments or island resorts where higher speeds aren’t required. After a day in strong sunlight, the solar panels can restore a large portion of its battery, cutting the need for paid electricity charging.

Price points are aimed at affordability: the B-Van retails near 25,000 Tunisian dinar (about $8,500), while the Bee is priced around $6,200. Those numbers put ownership within reach for small businesses and urban drivers in many African markets.

Local sourcing and battery choices that fit the continent

Bako Motors emphasizes regional supply chains: roughly 40% of the components used in each vehicle are sourced from within Africa, including steel and lithium-iron-phosphate (LFP) batteries. LFP chemistry is widely chosen for its stability, safety and suitability for heavy daily cycling—qualities valuable for vehicles used in delivery fleets.

Using locally available materials and batteries tailored for durability helps keep costs down and simplifies maintenance, which matters in places where spare parts and specialized service are limited.

From prototype to production: expansion plans and capacity goals

The company has already completed design and factory build-out phases, with manufacturing lines active in Tunisia and planned facilities in Saudi Arabia. Bako’s immediate target is to reach a combined output of around 8,000 vehicles, supplying North African cities and building toward exports to southern Europe.

Scaling production will hinge on lining up steady component supplies, training local technicians, and increasing assembly throughput to reach full capacity. The company is betting that low-cost, solar-augmented EVs will attract municipal fleets, market vendors and small-business owners looking to cut fuel and charging costs.

Market potential across Africa and Bako’s growth target

Industry watchers expect demand for affordable electric transport in Africa to grow rapidly over the coming decade as governments and businesses seek cleaner, lower-cost mobility solutions. Some estimates foresee a market worth several billion dollars by 2030 as imports shift toward more electrified options.

Bako’s leadership believes the annual addressable market across African cities could top one million vehicles. The startup has publicly set its sights on capturing a measurable slice of that demand—aiming for a single-digit market share in coming years by offering low-cost, solar-capable models that match local needs.

Practical impacts: lower operating costs and new opportunities

For urban entrepreneurs and delivery operators, the main attractions are simple: reduced fuel spending, fewer long charging sessions, and vehicles designed to handle tough roads with fewer mechanical parts to service. Solar panels don’t replace the grid entirely, but by delivering daily free miles, they can make ownership more reliable and cheaper for many small operators.

As production scales up and more cars appear on the streets, the idea is that affordable, sun-powered vehicles will ripple through local economies—supporting market sellers, parcel companies and municipal services that need dependable, low-cost mobility.

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Michael Thompson

Michael Thompson is an experienced journalist covering U.S. and global news. With ten years on the front lines, he breaks down political and economic stories that matter. His precise writing and keen attention to detail help you grasp the real‑world impact of every event.