A Feasibility Study for Electric-Vehicle Charging Networks helps investors determine where charging demand exists, which locations can support profitable stations, and how infrastructure costs affect returns. The opportunity is becoming more relevant across South Africa, Nigeria, Kenya, Egypt, Morocco, Ghana, Ethiopia, Tanzania, Uganda, Zambia, Côte d’Ivoire, and Botswana as electric mobility develops at different speeds.

For this reason, investors need country-specific analysis rather than a single Africa-wide assumption. Aviaan supports decision-makers through practical feasibility study and business planning services that connect market demand, technical requirements, operating costs, and financial projections before capital is committed.

Market Overview & Industry Insights

Africa's EV charging market is still developing. However, the need for reliable charging infrastructure is becoming clearer as electric vehicle sales increase. The strongest opportunities are likely to differ by country, vehicle type, electricity reliability, urban density, fleet demand, and policy support.

Importantly, electric car sales in Africa more than doubled in 2024, although electric cars still represented less than 1% of total car sales across the continent. Egypt and Morocco were major contributors to this growth. Therefore, charging investment must focus on realistic demand rather than broad market excitement.

• Electric vehicle sales: Electric car sales in Africa more than doubled in 2024, according to the IEA, with Egypt and Morocco contributing significantly to growth.
• Current market penetration: Despite rapid sales growth, electric cars still accounted for less than 1% of total car sales across Africa in 2024. Therefore, charger utilisation remains a critical investment variable.
• Global charging expansion: More than 1.3 million public charging points were added globally in 2024, representing growth of more than 30% from the previous year.
• Long-term infrastructure need: The IEA estimates that global public charging capacity for light-duty EVs would need to grow by almost nine times by 2030 under its stated-policies scenario.
• Ultra-fast charging: Chargers rated at 150 kW or above increased by about 50% in 2024 globally and represented nearly 10% of public fast chargers.
• Regional market structure: Current commercial market analysis tracks Africa's charging infrastructure across South Africa, Egypt, Nigeria, and the wider African market, covering residential, commercial, highway, fleet, and urban charging applications.
• Technology choices: The regional market increasingly considers AC, DC, high-power charging, smart charging, energy storage, load balancing, and connected payment systems. Consequently, technical design can materially affect project economics.
• Country variation: South Africa, Nigeria, Kenya, Egypt, Morocco, Ghana, Ethiopia, Tanzania, Uganda, Zambia, Côte d’Ivoire, and Botswana require separate assessments because EV adoption, grid quality, regulation, and fleet activity vary considerably.
• Investment challenge: Since Africa's EV penetration remains low, early projects must carefully model charger utilisation, electricity costs, maintenance, site rent, and customer acquisition before forecasting profitability.

Go-To-Market Strategy

Aviaan develops market entry plans around actual charging demand, local operating conditions, and achievable utilisation. Therefore, the strategy can differ between a highway charging corridor, an urban charging hub, a commercial property network, or a fleet-focused project.

• Customer Segmentation Strategy – Identifying private EV owners, commercial fleets, ride-hailing operators, logistics businesses, and destination-charging customers.
• Pricing Strategy – Testing per-kWh, time-based, subscription, fleet-contract, and hybrid pricing models against electricity and operating costs.
• Competitor Benchmarking – Comparing charger locations, power levels, pricing, network coverage, payment systems, and customer experience.
• Distribution and Partnership Strategy – Evaluating partnerships with fuel stations, malls, hotels, offices, utilities, fleet operators, and property owners.
• Commercialisation Roadmap – Developing phased launch priorities, site pipelines, technology choices, investment timing, and performance milestones.

Feasibility Study for Electric-Vehicle Charging Networks

Aviaan approaches a feasibility study as an investment decision process. The analysis therefore tests whether a proposed network can generate sufficient demand and returns under realistic operating conditions.

• Demand assessment – Estimating EV traffic, fleet demand, charging behaviour, dwell time, and expected utilisation by location.
• Technical feasibility – Reviewing grid access, available power capacity, charger specifications, interoperability, connectivity, and backup requirements.
• Operational feasibility – Assessing site access, maintenance, payment collection, staffing needs, uptime targets, and network management.
• Financial viability – Building financial projections covering capital expenditure, electricity costs, rent, maintenance, software, depreciation, and revenue.
• Investment analysis – Testing payback periods, IRR, NPV, break-even utilisation, and downside scenarios.
• Risk assessment – Evaluating low EV adoption, grid instability, technology changes, regulatory delays, and supplier dependency.
• Decision support – Providing clear recommendations on whether to proceed, modify the project, phase the investment, or reconsider selected locations.

Market Research for Electric-Vehicle Charging Networks

Aviaan uses market research Africa projects to identify where commercial demand is most likely to emerge. Rather than relying only on broad EV forecasts, the research connects customer behaviour with specific locations.

• Customer analysis – Examining travel patterns, charging preferences, fleet schedules, and willingness to pay.
• Competitor intelligence – Mapping existing and planned networks, service gaps, charger speeds, and market positioning.
• Market sizing – Estimating the addressable charging opportunity by city, vehicle segment, and customer group.
• Demand forecasting – Developing phased demand scenarios instead of relying on a single growth assumption.
• Pricing analysis – Comparing customer affordability with electricity tariffs, operating costs, and competitor pricing.
• Supply chain research – Assessing charger suppliers, installation partners, software providers, maintenance capability, and spare-parts availability.
• Opportunity identification – Prioritising locations where demand potential and practical infrastructure conditions align.

Business Plan for Electric-Vehicle Charging Networks

Aviaan develops business plans that translate market evidence into an investable operating model. As a result, investors can understand the capital requirement, expected revenue path, and conditions required to achieve returns.

• Financial modelling – Building site-level and network-level models with phased capital expenditure and operating assumptions.
• Revenue projections – Forecasting charging income, subscriptions, fleet contracts, roaming income, and other relevant revenue streams.
• Operational planning – Defining site rollout, maintenance systems, customer support, software, and vendor responsibilities.
• Funding strategy – Assessing equity, debt, infrastructure finance, strategic partnerships, and blended funding options.
• Implementation roadmap – Setting clear launch stages, location priorities, investment triggers, and measurable KPIs.
• Growth planning – Modelling expansion only when utilisation, unit economics, and operational capacity support the next phase.

How Aviaan Uses Primary Research

Secondary data can show broad market trends. However, charging infrastructure decisions often depend on local conditions that published reports cannot fully capture. Therefore, Aviaan can use primary research to improve the accuracy of investment recommendations.

The research process may include surveys with EV users, interviews with fleet managers, discussions with property owners, consultations with energy experts, and conversations with charger suppliers. In addition, field research can assess parking availability, site traffic, power access, customer dwell time, and competing charging options.

Where appropriate, Aviaan also evaluates customer willingness to pay and preferred charging locations. This approach helps separate theoretical demand from commercially usable demand.

Primary research can be especially valuable in South Africa, Nigeria, Kenya, Egypt, Morocco, Ghana, Ethiopia, Tanzania, Uganda, Zambia, Côte d’Ivoire, and Botswana because local infrastructure conditions can vary significantly between cities and sites.

Our Experience & Credentials

Aviaan applies structured consulting methods to projects involving electric mobility, charging infrastructure, energy economics, and investment planning. Our work focuses on connecting market evidence with technical and financial analysis so that clients can make practical decisions on location selection, capital deployment, and commercial strategy.

• EV Charging Network Feasibility Study – South Africa – Evaluated demand, site economics, infrastructure requirements, and investment returns for a proposed charging network.
• Electric Mobility Market Research – Kenya – Analysed customer segments, fleet demand, competitors, pricing, and priority charging locations.
• Charging Infrastructure Business Plan – Egypt – Developed financial projections, rollout plans, operating assumptions, and funding requirements.
• Commercial Due Diligence – Morocco – Assessed market conditions, competitive positioning, technology choices, and commercial risks for an EV infrastructure investment.
• Investment Strategy and Financial Modelling – Nigeria – Built scenario-based models to evaluate utilisation, capital requirements, and phased network expansion.

Conclusion

A Feasibility Study for Electric-Vehicle Charging Networks is essential because Africa is not one uniform market. Although EV sales are increasing, infrastructure investment must be based on realistic utilisation, reliable power access, suitable locations, competitive pricing, and disciplined financial projections.

The opportunity may develop differently across South Africa, Nigeria, Kenya, Egypt, Morocco, Ghana, Ethiopia, Tanzania, Uganda, Zambia, Côte d’Ivoire, and Botswana. Therefore, investors should assess each market and project site on its own commercial merits.

Aviaan helps businesses, entrepreneurs, investors, and infrastructure developers combine feasibility study Africa, market research, profitability analysis, and financial projections into a clear investment decision. Contact Aviaan to discuss a tailored feasibility study and business plan for your proposed electric-vehicle charging network.

FAQs

What does a feasibility study for an electric-vehicle charging network include?

A strong feasibility study should assess charging demand, site selection, power availability, technology, operating requirements, capital expenditure, revenue potential, profitability, risks, and investment returns.

Which African countries offer opportunities for EV charging networks?

Opportunities depend on EV adoption and local infrastructure. Markets requiring individual assessment include South Africa, Nigeria, Kenya, Egypt, Morocco, Ghana, Ethiopia, Tanzania, Uganda, Zambia, Côte d’Ivoire, and Botswana.

How do EV charging networks make money?

Revenue may come from electricity sales, charging fees, subscriptions, fleet contracts, roaming arrangements, and partnerships. However, profitability depends heavily on charger utilisation and operating costs.

What is the biggest risk when investing in EV charging infrastructure?

Low utilisation is often a major commercial risk. Therefore, investors should carefully test EV growth assumptions, site traffic, customer behaviour, electricity availability, and competing infrastructure.

How much does an EV charging feasibility study cost?

The cost depends on the number of countries, cities, sites, research requirements, technical scope, financial modelling depth, and whether primary research is required. A tailored scope is usually necessary for accurate pricing.

Related Service Pages

• Feasibility Study Services
• Business Plan Services
• Market Research Services

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