Not all platforms are the same, and neither do they carry the same weight of responsibility.
When I stepped into the Cape Town International Convention Centre for the Africa Energy Indaba 2026, I was immediately welcomed by the warm smiles of organisers and delegates gathered from across the continent and beyond. The Africa Energy Indaba remains one of the continent’s most influential platforms where policymakers, engineers, investors, and industry leaders converge to shape the direction of Africa’s energy future.
For me, the moment carried deeper meaning. Beyond witnessing a well-organised and impactful summit, I was honoured to see Power Giants Southern and East Africa represented among key industry stakeholders, with our organisation participating as both contributor and speaker. This recognition affirmed the growing role our institution continues to play in advancing energy dialogue and engineering solutions across Africa.
Before addressing the breakaway panel on Decentralised Energy Systems, it was both appropriate and necessary to acknowledge the leadership of the host nation.
His Excellency, President Cyril Ramaphosa of the Republic of South Africa, the Honourable minister of Electricity and Energy, deputy ministers, distinguished industry leaders, esteemed delegates, ladies and gentlemen.
I stand before this distinguished audience to share a message that is both technical and visionary — a message about the Africa we all want.
Africa at an energy inflection point
Africa stands today at a decisive moment in its development trajectory.
In power systems engineering, when a grid approaches instability, the solution is never hesitation. Engineers respond through intelligent redesign, reinforced capacity, and synchronised coordination.
Similarly, Africa must now recalibrate its energy architecture to meet the demands of economic growth, climate responsibility, industrial development, and continental sovereignty.
Energy is not merely another sector of the economy.
Energy is the strategic backbone of national development.
It powers industries, sustains hospitals, enables digital economies, and drives education and innovation.
Without reliable baseload generation, economies brown out. Without resilient transmission networks, opportunity dissipates like reactive power in an unbalanced system.
If Africa is to secure its future, it must engineer its energy systems with both precision and purpose.
The Africa we want: Resource-rich and vision-driven
Africa is not a resource-poor continent. On the contrary, we are immensely blessed.
Our continent possesses:
- Vast solar irradiation belts
- Powerful wind corridors
- Significant hydropower potential across major river basins
- Abundant gas reserves
- Critical minerals essential for the global energy transition
The real question before us is not whether Africa has resources.
The real question is whether Africa will strategically engineer those resources for its own prosperity.
During the indaba, I listened attentively as President Cyril Ramaphosa made a strong call for mineral beneficiation. His message was clear and decisive: Africa must stop exporting raw minerals and begin processing its resources locally.
I strongly support this position.
Africa cannot continue exporting stones, dust, and raw minerals only to import finished products at higher costs. If we are to build modern infrastructure, competitive industries, and resilient economies, we must process, manufacture, and innovate within our own continent.
Equally important is the transformation of mindset. The dreams of our leaders must be matched by a new generation of African thinkers, engineers, scientists, and innovators who believe in building Africa from within.
Engineering a balanced energy transition
Africa’s energy transition must be technically balanced and strategically executed.
This requires integrating multiple energy sources and technologies in a disciplined and coordinated manner, including:
- Utility-scale renewable energy integrated through smart inverters and advanced grid management systems
- Battery Energy Storage Systems to stabilise intermittency and improve frequency regulation
- Modernised transmission infrastructure to reduce technical and non-technical losses
- Regional interconnectors to optimise reserve margins across power pools
- Responsibly governed gas and nuclear generation to anchor reliable baseload capacity where appropriate
In electrical engineering, a stable grid operates at disciplined voltage and frequency.
Likewise, a stable continent must operate through disciplined policies, coordinated investment, responsible citizenship, and technical excellence.
Decentralised energy systems: Engineering resilience
One of the most important discussions at the indaba focused on Decentralised Energy Systems, a subject close to my professional work.
Decentralised energy is often misunderstood.
It is not a retreat from the national grid — it is the evolution of it.
In modern power engineering, resilience is achieved through modular architecture. Distributed generation, microgrids, embedded renewable systems, and battery storage transform passive electricity consumers into active participants within the energy ecosystem.
When electricity is generated closer to where it is consumed:
- Transmission losses are significantly reduced
- Voltage stability improves
- Fault tolerance increases
- Overall system reliability strengthens
A decentralised grid is not fragmented.
It is intelligently networked.
It enables rural communities to gain energy access faster, allows industries to secure greater energy independence, and provides utilities with improved operational flexibility.
In engineering terms, decentralisation improves system redundancy, load balancing, and frequency control.
In strategic terms, it builds energy sovereignty.
Regional integration: One continent, one energy market
No modern power system can thrive in isolation.
Africa must deepen its commitment to regional power integration.
Institutions such as the Southern African Power Pool (SAPP) demonstrate how interconnected grids can improve reliability, reduce system costs, and strengthen energy security across borders.
When countries trade electricity, they trade resilience.
When generation resources are shared across borders, reserve margins are optimised and system stability improves.
In engineering terms, diversity strengthens system stability.
In economic terms, integration strengthens competitiveness.
Africa’s future lies in building a synchronised continental energy network.
Policy as the protective relay
Technical design alone cannot transform Africa’s energy future.
Policy must function as the protective relay of the energy system — safeguarding stability while enabling growth.
Governments must establish:
- Transparent regulatory frameworks
- Bankable power purchase agreements
- Predictable tariff structures
- Efficient licensing processes
- Investment-friendly policy environments
Public and private sectors must work in partnership rather than competition.
Energy infrastructure is not a short-term commodity.
It is generational architecture.
Human capital: Africa’s real power source
Technology alone will never transform nations. People do.
Africa must invest aggressively in:
- Engineering education
- Technical training institutions
- Research collaboration
- Youth participation in STEM fields
The continent must produce:
- Grid specialists
- Protection engineers
- Renewable integration experts
- Energy economists
A continent that builds its human capacity builds sustainable sovereignty.
Engineering the African energy renaissance
As I concluded my presentation at the Indaba, I reaffirmed my support for initiatives such as Mission 300, which seeks to expand electricity access across Africa.
I also reiterated my belief that Africa must prioritise beneficiation and value addition of its natural resources within the continent.
Africa does not lack potential.
We possess the sunlight.
We possess the wind.
We possess the rivers.
We possess the minerals.
And most importantly, we possess the intellectual capital.
What Africa now requires is coordinated execution.
Let us build energy systems that are:
- Resilient against climate shocks
- Robust in baseload generation
- Efficient in transmission
- Intelligent in distribution
- Inclusive in access
Let us engineer not only megawatts, but momentum.
Not only infrastructure, but integration.
Not only capacity, but confidence.
Africa’s future will not be switched on by chance.
It will be engineered through vision, powered by partnership, and sustained by disciplined leadership.
The time has come for Africa to move from energy deficit to energy sovereignty — from fragmented systems to a synchronised continental powerhouse.
As I often remind policymakers and stakeholders across the continent:
The future is not waiting to be discovered — it is waiting to be powered.