Africa on the edge of a digital future

The advantages of edge computing are well-documented, clear and tangible. Many industries today benefit from its reduced latency, improved reliability, enhanced security and cost savings.

It is also these benefits that meet the African continent’s increasing need to process data where it’s generated. Indeed, as the continent accelerates its adoption of Internet-of-Things and artificial intelligence–driven applications, the ability to, for example, deploy machine learning models on edge devices will minimise risk and ensure real-time responsiveness, even in areas with limited connectivity.

But, despite the numerous advantages, edge computing’s widespread deployment remains complex, largely shaped by one critical constraint: power.

Fortuitous timing

In many ways, the adoption of edge computing in Africa is long overdue. Already, we are seeing governments investing in communications networks, recognising that digital infrastructure is as important as its physical counterparts.

This, in turn, has created fertile ground for edge technologies, particularly in sectors where real-time data processing is mission-critical.

Here, both heavy industries and natural resources, where Africa holds a globally significant position, are accelerating adoption. These sectors are increasingly relying on edge computing to optimise operations in environments where connectivity to centralised data centres can often be limited or inconsistent.

At the same time, global interest in Africa as a hub for AI, data centres and digital services is intensifying. As it stands, capacity is projected to rise from 0.4GW to 1.5–2.2GW by 2030. The market is expected to grow at a CAGR of over 14%, with major hubs in South Africa, Nigeria, Kenya and Egypt leading the expansion.

Again, this growing demand is pushing edge computing higher up the decision-making agendas as key enabler for the continent’s digital transformation.

The power problem at the core

However, the expansion of edge computing in Africa cannot be separated from the realities of its energy landscape. A significant portion of the population, particularly in rural areas, still lacks access to reliable electricity. And this challenge extends directly to IT infrastructure.

Which brings us to the proverbial double-edged sword: Edge deployments are by their very nature often located in remote or underserved areas, precisely where power is least reliable. Without stable, clean energy, even the most advanced edge solutions struggle to operate effectively.

Power instability not only complicates initial deployment but also affects ongoing maintenance and scalability. Frequent outages, voltage fluctuations and limited grid coverage can lead to equipment failures, increased operational costs and reduced system lifespan.

Energy and IT’s intersection

The good news is that the range and sophistication of current energy solutions are more advanced than ever. Addressing Africa’s edge computing challenge therefore means rethinking how power is generated, managed and consumed at the edge.

Today, modern energy management systems are doing just that: enabling organisations to optimise power usage while also optimising workloads.

Furthermore, technologies such as high-efficiency uninterruptible power supplies (UPS), energy storage systems and intelligent cooling solutions are becoming essential components of edge infrastructure.

Of significance is the rise of microgrids, which operate as localised systems and can directly generate and distribute energy to the edge, which offers a practical path forward for remote and industrial applications.

The above also reconfirms Africa’s renewable energy landscape and benefits to edge computing:

• Shift in strategy – renewables are moving from peripheral to central in energy planning.
• Bring-your-own-power trend – organisations are investing in on-site generation, storage and microgrids to offset unreliable grids.
• Operational resilience – greater control over power availability reduces dependence on external infrastructure.
• Edge computing impact – renewable-powered microgrids provide a scalable, sustainable foundation for remote and off-grid deployments.

Opportunities abound

To overcome Africa’s energy challenges, partnerships must be established that align projects with national priorities while leveraging private sector innovation.

The success of edge deployments hinges on a strong partner ecosystem, which requires expertise across multiple domains: from operational technology and IT to energy systems and on-the-ground service capabilities.

Ultimately, Africa’s power challenges offer the perfect opportunity to embrace decentralised energy systems, renewable technologies and integrated digital solutions.

It’s a continent that is building a new kind of edge ecosystem – one that is inherently resilient, efficient and adaptable.

Steven Santini

Vice-President: Secure Power, SSA

Schneider Electric