A Tunisian automotive manufacturer is positioning itself to capitalize on Africa's growing electric vehicle market by integrating solar technology directly into its vehicle designs, addressing one of the continent's most significant barriers to electric vehicle adoption.
Bako Motors has commenced production and sales of two solar-powered electric vehicle models: a compact delivery van and a passenger car. The vehicles feature rooftop solar panels capable of generating approximately 31 miles of charge daily without requiring connection to electrical infrastructure.
Boubaker Siala, founder and chief executive officer of Bako Motors, explained the significance of the solar integration to the company's operational model. "The solar cells provide us with more than 50% of our needs," Siala stated. "For example, the B-Van, for commercial use, you can have free energy for about 50 kilometers per day… 17,000 kilometers per year. It's huge."
The approach represents a strategic response to Africa's infrastructure landscape. While the continent lacks widespread electric vehicle charging stations, it possesses abundant solar resources. Electric vehicles offer practical advantages for African road conditions due to their reduced mechanical complexity, but deployment has been constrained by charging accessibility concerns.
The company manufactures two distinct models. The B-Van, designed for commercial applications including last-mile delivery and artisanal market operations, carries up to 800 pounds of cargo and offers a maximum range of 162 miles. The vehicle is priced at approximately 25,000 Tunisian dinar, equivalent to $8,500.
The second model, designated the Bee, is a two-seat urban vehicle priced at $6,200. While neither vehicle achieves high-speed performance, the solar charging capability allows a full day of sun exposure to replenish more than two-thirds of the battery capacity, potentially delivering substantial operational cost reductions.
Bako Motors has implemented a regional sourcing strategy, with approximately 40 percent of vehicle components, including lithium-iron-phosphate batteries and steel, obtained from African suppliers. This approach supports continental manufacturing capacity while potentially reducing production costs and supply chain vulnerabilities.
The company operates manufacturing facilities in both Tunisia and Saudi Arabia. Siala indicated that the primary challenge of establishing design and production infrastructure has been completed, with the focus now shifting to scaling production to nameplate capacity. The company targets annual production of 8,000 vehicles for African markets, with plans for eventual European export.
Industry projections suggest substantial growth potential for electric vehicles across Africa, where many nations import the majority of their automotive inventory. The addressable market is estimated at approximately one million vehicles annually, according to Siala, who noted that many African countries currently rely heavily on vehicle imports.
"We have to prepare ourselves for this transition and offer affordable and good products for the African citizen," Siala explained. "We are targeting maybe 5 to 10 percent of this market."
The solar-electric vehicle approach represents an adaptation of electric vehicle technology to regional conditions, potentially offering a model for automotive development in markets where traditional charging infrastructure deployment faces economic or logistical constraints. The success of Bako Motors' strategy will likely influence broader electric vehicle adoption patterns across the continent.