Electrical Power & Protection


Why grid modernisation will define the energy transition

June 2026 Electrical Power & Protection

Africa’s energy transition has reached a decisive point. What was once a long-term ambition is now an immediate delivery challenge. How to provide reliable, affordable power at scale while building a system that can support future growth.

Africa has some of the world’s strongest renewable resources: abundant solar, significant wind corridors, and untapped hydro and geothermal potential. Yet more than 600 million people still lack reliable access to electricity. Even when power is available, outages, constraints and rising costs remain a daily reality. In several markets, grid losses exceed 15%, reflecting systems under real strain.

The path forward requires execution.

Turning plans into delivery

Progress is visible across the continent. Countries such as South Africa, Egypt and Morocco are scaling renewable energy programmes, while regulatory reforms are opening space for private investment. Regional power pools are also beginning to show what closer cooperation could deliver.

However, generation alone will not close the gap. The constraint is increasingly the grid. Without stronger transmission and distribution networks, new capacity cannot be delivered efficiently and renewable energy cannot be fully utilised.

The focus now must shift from building power to moving it reliably, efficiently and at scale.

Why grid modernisation comes first

Grid modernisation needs to move to the forefront of Africa’s energy strategy. A modern power system is no longer just physical infrastructure, it is a network that can see, respond, and adapt in real time.

As renewable energy becomes a larger part of the mix, variability becomes unavoidable. Managing it requires better system visibility, faster control and infrastructure that can handle changing flows of power. Technologies such as high-voltage direct current, or HVDC transmission make it possible to move large volumes of electricity over long distances with lower losses, which is critical in regions where generation is often far from demand centres.

At the same time, digital substations and automated grid management improve reliability and reduce downtime. They allow operators to respond more quickly to faults and optimise performance across the system.

Stronger regional interconnections are just as important. Connecting national grids allows countries to share resources, balance supply and demand, and reduce the need for costly reserve capacity. Africa’s power pools provide a solid foundation, but deeper integration will be essential to unlock their full value.

Policy must keep pace

Technology will not move at scale without the right policy environment.

There has been clear progress in many African markets. Competitive procurement frameworks, renewable energy targets and market reforms are helping to attract investment; but challenges remain, particularly around regulatory consistency, permitting delays and the financial sustainability of utilities.

The priorities are:

• Provide long-term policy certainty

• Shorten approval timelines

• Strengthen utility balance sheets

• Create incentives that support both clean energy and grid investment

Public-private partnerships will continue to play a central role, especially in transmission infrastructure, where the scale of investment required is significant.

Five priorities for a secure energy future

Five areas stand out if Africa is to build a more secure and sustainable power system:

Invest in the grid: Transmission and distribution networks must expand and modernise to keep pace with demand and unlock generation capacity.

Build flexibility into the system: Energy storage, improved forecasting and advanced control systems will be critical to managing variability.

Scale decentralised energy: Mini-grids and off-grid solutions are already delivering results and remain essential for reaching remote communities.

Strengthen regional integration: Greater interconnectivity can reduce costs, improve reliability and enhance overall energy security.

Develop local capability: Long-term success depends on skills, engineering, operations and digital expertise that can sustain and grow the system.

Technology that works in practice

Technology will play a defining role, but the focus needs to be practical. What matters is not deploying the newest solution, but deploying what works reliably in local conditions.

This includes strengthening transmission corridors, digitising substations, and embedding intelligence into grid operations. It also means taking a long-term view and ensuring systems can be maintained, upgraded and optimised over decades. Reliability, adaptability and lifecycle performance are just as important as initial deployment.

A leadership imperative

At its core, Africa’s energy transition is a leadership challenge. It requires clear priorities, consistent policy direction and strong collaboration between governments, utilities, investors and technology partners.

As Mohamed Hosseiny, managing director for Schneider Electric Africa, notes: “Africa has the resources, the innovation and the ambition to lead in building a sustainable energy future. The priority now is to translate this potential into reliable, interconnected systems that deliver real impact by powering industries, enabling communities, and supporting long-term economic growth. Achieving this will require strong partnerships, forward-looking policies and sustained investment in modern grid infrastructure.”

From momentum to scale

The building blocks are there. What matters now is execution, faster delivery, closer collaboration and sustained investment. Africa has a real opportunity to do more than close its energy access gap. It can build a power system that is more resilient, more flexible and better suited to future demand. With the right focus, the continent can move beyond constraint, and lead in delivering energy systems that are practical, scalable and built to last.


Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Africa’s AI ambitions face critical infrastructure questions
Schneider Electric South Africa News
As AI investment accelerates globally, Africa is increasingly being viewed as the industry’s next major growth frontier. The continent’s AI ambitions will ultimately depend on its ability to solve one critical challenge: infrastructure readiness.

Read more...
How utilities are modernising grid infrastructure with digital substations
Electrical Power & Protection
: The digital substation has become a cornerstone of next-generation grid infrastructure. But what exactly makes a substation digital, and how does it transform day-to-day operations?

Read more...
Pure-air switchgear technology powers Elgin Orchards
Schneider Electric South Africa Electrical Power & Protection
Schneider Electric, together with Technoserve Medium Voltage, has implemented its RM AirSeT SF6-free medium voltage switchgear at Elgin Orchards, one of South Africa’s leading fruit producers.

Read more...
Digital substations power Africa’s transition to a smarter, more resilient grid
Electrical Power & Protection
As Africa’s energy systems face mounting pressure from rapid urbanisation, ageing infrastructure and the accelerating shift towards renewable energy, digital substations are emerging as a critical enabler of grid resilience and modernisation.

Read more...
Trafo powers mine in Pakistan with transformers for extreme conditions
Electrical Power & Protection
Trafo Power Solutions is boosting the power infrastructure of a mining project in Pakistan, being built on one of the world’s largest undeveloped copper-gold reserves.

Read more...
Optimising the future of Africa’s data centre operations
Electrical Power & Protection
Africa’s digital economy is expanding at a remarkable pace, and nearly every online service now relies on the data centres that drive the continent’s digital infrastructure. For operators, energy efficiency has become a strategic priority.

Read more...
Quantum battery charges in a quadrillionth of a second with a laser
Electrical Power & Protection
Researchers have created the world’s first miniature, proof-of-concept quantum battery. If the technology can be replicated, it could transform the field of energy storage forever and open up new possibilities for lightweight, remote electrification, experts say.

Read more...
Phoenix Contact brings machine learning forecasts ito energy management
Phoenix Contact Electrical Power & Protection
Phoenix Contact is extending its Energy Management Service to include a powerful forecasting function.

Read more...
Centralised control rooms where growth is elastic, not physical
Schneider Electric South Africa PLCs, DCSs & Controllers
Modernised control rooms feature distributed control system architecture consolidated into centralised compute environments. replacing traditional PCs with thin clients.

Read more...
How smart signalling can transform Africa’s manufacturing future
Schneider Electric South Africa Industrial Wireless
Imagine a factory floor where humans and machines communicate in real time with issues flagged instantly, workflows adjusted seamlessly and downtime reduced to near zero. This is the reality unfolding across Africa as manufacturers embrace the next generation of intelligent signalling technologies.

Read more...









While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.




© Technews Publishing (Pty) Ltd | All Rights Reserved