Burundi’s First 100% Solar Fast Charging Project: EVB Delivers Solar + 230kwh Storage Battery+ Dual 120 kW DC EV Chargers

As EV adoption grows across African markets, the real bottleneck is no longer just vehicles. It is reliable, resilient charging infrastructure in regions where grid power remains unstable, limited, or unavailable.

That is exactly why integrated solar + storage + DC fast charging solutions are becoming increasingly relevant for clean mobility in Africa.

EVB is proud to support Burundi’s first 100% solar fast charging project. As a recently commissioned deployment, it represents a meaningful step toward cleaner mobility, stronger energy independence, and more practical infrastructure development for African markets facing weak-grid conditions.

Why solar matters in Africa？

Africa has some of the world’s strongest solar resources, yet many markets still face major electricity access and grid reliability challenges.

In this context, solar is not merely a green initiative. In many cases, it is a practical infrastructure solution. When paired with storage and EV charging, it can deliver cleaner and more reliable energy exactly where grid constraints remain a challenge.

Why EV charging infrastructure is growing in African markets？

Electric mobility in Africa is still at an early stage, but the direction is becoming clearer. Commercial and shared-use applications are helping drive adoption, while charging infrastructure is becoming a more visible and essential part of the ecosystem.

In practical terms, that means demand is growing not only for vehicles, but also for reliable charging systems that can work under real local infrastructure conditions. That is why integrated solar + storage + DC fast charging systems are becoming especially valuable in African markets where charging reliability, grid independence, and long-term operating economics matter at the same time.

Project significance: a landmark clean energy step for Burundi

This project is not just another charging station. It marks the commissioning of Burundi’s first 100% solar fast charging infrastructure.

That makes it important on two levels. First, it is a local milestone for cleaner transport infrastructure in Burundi. Second, it offers a practical reference for other African markets that are trying to expand EV charging under real-world power and infrastructure constraints.

Rather than waiting for ideal grid conditions, this project shows that solar, storage, and DC fast charging can already support meaningful deployment today.

Project highlights

This configuration is designed to support a fully solar-based fast charging model, with storage helping maintain charging stability during variable solar conditions and peak demand periods.

One integrated system, not fragmented components

Many solar-storage-charging projects suffer from multi-vendor complexity: mismatched control logic, repeated integration work, longer commissioning cycles, and unclear long-term service responsibility.

EVB’s approach is different.

By supporting a coordinated solar + storage + DC charging architecture, EVB helps create a cleaner system structure, more stable operating logic, and a more manageable long-term support model. For customers, that means the value is not only in equipment delivery. It is also in system consistency, clearer accountability, and stronger operational stability over time.

Why storage makes the difference

The battery system is central to reliability in this kind of weak-grid environment.

It helps the site:

• stabilize power delivery
• buffer charging peaks
• improve charging continuity
• support better use of solar generation

In real operating conditions, storage gives the site more control over how energy is stored, managed, and delivered. In markets where power conditions can be inconsistent, that control becomes a major advantage.

Why dual 120 kW DC chargers matter

The project uses two BGDC 120 kW advertising-screen DC chargers, combining charging capability with stronger commercial visibility.

From the charging side, this setup supports:

• faster charging
• stronger site throughput
• better flexibility for public-facing operations

From the site-value side, the advertising screens help turn the station into more than just an energy asset. They support branding, information display, and a stronger public infrastructure presence.

In developing EV markets, that matters because charging infrastructure often needs to function not only as utility equipment, but also as part of a broader public transition toward cleaner mobility.

A practical reference for Africa’s clean mobility future

What makes this project especially important is that it is already operational. It is not a pilot concept or a future-only blueprint. It is a real deployment that shows how solar generation, battery storage, and DC fast charging can work together on the ground.

That gives the project broader relevance across Africa.

It shows that EV charging infrastructure in African markets does not always need to wait for ideal grid conditions or fully mature charging networks before meaningful deployment can begin. With the right architecture, practical and scalable solar + storage + DC fast charging solutions can already be built today.

Conclusion

Burundi’s first 100% solar fast charging project is more than a single installation. It is practical proof that integrated solar + storage + DC fast charging can deliver cleaner, more reliable, and more resilient mobility infrastructure in Africa.

For EVB, this project reflects more than product supply. It reflects a system-level approach to clean mobility infrastructure — one that combines solar, storage, and fast charging into a coordinated solution designed for real operating environments.

Ready to explore a similar solar + storage + DC fast charging solution for your site?

Send us your basic requirements, such as project location, expected charging demand, and site conditions, and EVB can help review a preliminary system concept and budget direction tailored to your project. You can also schedule a short call with our Africa project team.