By Olawale Olapegba
The cancellation of the World Bank-supported Power Sector Recovery Programme (PSRP) did not come as a surprise to many who have spent years studying the structural realities of Nigeria’s electricity market. Long before the programme struggled under macroeconomic shocks, tariff pressures, market illiquidity, and governance complexities, deeper warning signs were already visible: Nigeria was attempting to reform an electricity market without fully addressing the socioeconomic and operational realities that underpinned it.
Yet beyond the policy debates, fiscal pressures, and institutional uncertainty lies a more human and strategic question that is often overlooked. What becomes of the professionals who built their careers within the traditional utility system as the energy landscape shifts toward decentralisation, renewables, and hybrid grids? This question matters because the energy transition is not only about infrastructure and technology, but also about people, capability, and institutional memory.
The answer is simple: they become even more important.
There is a growing but flawed perception that the rise of renewable energy, battery storage, and distributed energy systems signals the decline of traditional utility expertise. In reality, it signals its expansion into new domains. The electricity market is not dismantling utility experience; it is redistributing where and how that experience is applied.
The future energy ecosystem will not be sustained by technology alone. It will depend on professionals who understand reliability, operational discipline, customer behaviour, infrastructure management, fault response systems, revenue sustainability, network planning, and long-term asset performance. These are not abstract competencies; they are the backbone of functioning power systems, regardless of scale or architecture.
One of the most consistent observations across the renewable energy and mini-grid ecosystem is that while many developers are strong in financing and deployment, operational depth is often underdeveloped. Technology can generate electricity, but only systems thinking sustains electricity infrastructure over time. Assets must be maintained for years, customers must be managed sustainably, faults must be resolved under real-world constraints, and networks must evolve intelligently. These are fundamentally utility-driven challenges.
This is precisely where experienced utility professionals become indispensable. Many decentralised energy projects will not fail because the technology is inadequate, but because the operational culture required to sustain them was not sufficiently embedded from the outset. Maintenance discipline, revenue assurance, customer engagement systems, and lifecycle asset management are not optional; they are existential requirements.
My own experience in the power sector has repeatedly reinforced this reality. Working as a techno-commercial consultant across licensing, contracting, project development, infrastructure planning, business development, and operations management has shaped how I see energy systems. It becomes clear very quickly that decentralised energy systems are not outside the utility model; they are a reconfiguration of it into smaller, more distributed, and more responsive units.
In essence, mini-grids and distributed energy systems are still utilities in function, even if they differ in scale and technology. The principles that determine success remain unchanged: reliability, commercial sustainability, customer satisfaction, operational efficiency, safety, revenue assurance, infrastructure resilience, and lifecycle performance.
Nigeria’s future electricity landscape will therefore not be purely centralised or purely decentralised. It will be hybrid. Transmission systems, distribution networks, embedded generation, interconnected mini-grids, solar-hybrid plants, and battery storage systems will increasingly operate side by side in a more complex but more flexible ecosystem.
Within this evolving structure, professionals who understand both centralised utility operations and decentralised energy systems will become among the most valuable contributors in the sector. This transition is already unfolding quietly as communities, industries, estates, and institutions increasingly prioritise reliability and responsiveness over traditional supply models.
It is also important to acknowledge a less-discussed reality: utility professionals in Nigeria have historically operated under some of the most challenging conditions in the sector worldwide. They have managed constrained infrastructure, unreliable networks, difficult commercial environments, and large-scale operational instability while still keeping systems running. That experience is not obsolete; it is foundational to what comes next.
The energy transition does not reduce the need for operational resilience. It increases it. A mini-grid serving a few hundred or a few thousand customers still requires the same rigor in maintenance, customer management, fault response, revenue collection, and long-term planning—only the scale changes, not the discipline.
The professionals who will thrive in the next decade are those who see this transition not as displacement, but as repositioning. The future belongs to utility professionals who evolve into broader energy infrastructure leaders, capable of working across centralised grids, decentralised systems, and hybrid energy markets. Ultimately, the industry is not moving away from utility expertise. It is rediscovering just how essential that expertise has always been.
Olawale Olapegba is a seasoned professional in the energy sector, committed to structuring highly bankable clean energy investments by leveraging global clean energy financing and local capital market funding solutions for project development, execution, and operationalisation.