Ageing Power Grid Threatens Nigeria’s Digital Economy as Engineers Call for Urgent Infrastructure Modernisation

 
By Simpson Global Media News Desk

Nigeria’s ageing electricity infrastructure, inadequate investment and growing energy demands from digital technologies are threatening the country’s ambitions to expand its digital economy, engineers and energy experts have warned.

The warning emerged at the 22nd International Conference and Exhibition on Power and Telecommunications (ICEPT 2026), organised by the Nigerian Institute of Electrical and Electronic Engineers (NIEEE) in Port Harcourt, Rivers State. The conference, which runs from October 12 to 16, has brought together engineers, policymakers, researchers, industry representatives and technology professionals to examine how energy systems and digital innovation can support Nigeria’s economic development. https://www.thisdaylive.com/2026/10/16/ageing-power-grid-threatens-nigerias-digital-economy-engineers-warn/

Delivering a keynote address on behalf of the Director-General of the Energy Commission of Nigeria, Dr Abdullahi Mustapha, the commission’s Acting Director for National Energy Efficiency, Dr Manaseh Shitta, warned that Nigeria must modernise its electricity infrastructure to meet the needs of an increasingly digital economy.

He identified rising energy consumption associated with artificial intelligence, cloud computing and data centres, cybersecurity threats and insufficient investment in ageing power infrastructure as important challenges facing the country. He also stressed that digital technologies are becoming essential to the efficient management of modern energy systems, including renewable power, battery storage and electric vehicle charging networks. https://www.thisdaylive.com/2026/10/16/ageing-power-grid-threatens-nigerias-digital-economy-engineers-warn/

The warning highlights a fundamental issue for Nigeria’s technology ambitions: expanding internet access, developing digital services and attracting technology investment will require more than telecommunications networks and software. Businesses also need reliable electricity to operate data centres, maintain connectivity, power equipment and deliver services without repeated interruptions.

The challenge is particularly important as Nigerian companies increasingly depend on digital payments, cloud-based platforms, online commerce, automated systems and data-driven services. If electricity remains unreliable or expensive, the cost of operating those services can rise, limiting competitiveness and slowing the adoption of new technologies.

The engineers’ message is that energy policy and technology policy must be treated as connected priorities rather than separate areas of government planning.

Why electricity has become a technology issue

Electricity is the foundation of much of the digital economy. Telecommunications equipment, internet exchanges, data centres, computer systems and electronic payment infrastructure all depend on continuous power to operate reliably.

When electricity supply is interrupted, businesses may need to switch to backup generators, batteries or other alternative power sources. Those systems can keep essential services running, but they also add costs for fuel, maintenance, replacement equipment and technical support.

For smaller businesses, the expense can be especially burdensome. A start-up operating a digital platform, a technology-enabled retailer or a company providing online services may need to spend money on backup power instead of hiring employees, improving its product or expanding into new markets.

Larger businesses face their own challenges. Data centres and telecommunications operators must plan for continuity because interruptions can affect many customers at once. Their backup systems must be appropriately sized, maintained and tested, and they need procedures for responding to power failures without losing critical data or disrupting services.

At the ICEPT 2026 conference, speakers stressed that reliable electricity and digital infrastructure are indispensable to industrialisation and economic competitiveness. The conference’s official theme, “Energy Transition in a Digital Era: The Nexus, Challenges and Opportunities,” reflects the growing relationship between power systems and emerging technologies. https://nieee.org.ng/conference/

For Nigeria, this means that efforts to develop the technology sector must account for the cost, reliability and sustainability of the energy used to support it.

Artificial intelligence and data centres increase energy demands

Artificial intelligence is changing the way businesses process information, develop products and deliver services. AI systems can support customer service, fraud detection, logistics, medical research, industrial monitoring and many other applications.

However, the infrastructure behind these services requires computing power. Training and operating sophisticated AI models can involve large numbers of processors working in data centres, while cloud services need servers, networking equipment and cooling systems to remain operational.

As more businesses adopt these technologies, demand for computing capacity can increase. That creates a need for reliable electricity, efficient equipment and appropriate infrastructure planning.

Shitta warned at the conference that AI, cloud computing and data centres were driving electricity consumption globally, placing additional pressure on power systems already struggling to meet existing demand. https://www.thisdaylive.com/2026/10/16/ageing-power-grid-threatens-nigerias-digital-economy-engineers-warn/

The implications for Nigeria are twofold. First, the country needs enough dependable power to support the digital services its citizens and businesses increasingly use. Second, it must develop the capacity to attract and operate more energy-intensive technology infrastructure without placing unsustainable pressure on an already challenged electricity system.

A data centre operator assessing Nigeria as an investment destination must consider more than the size of the local market. It also needs to evaluate power availability, connection costs, backup requirements, network connectivity, cooling needs, security and the regulatory environment.

Where reliable electricity is difficult to secure, investors may have to build more extensive backup systems or consider alternative locations. Those additional costs can influence decisions about where to locate new facilities and how quickly capacity can be expanded.

Nigeria can respond by combining electricity-sector improvements with policies that encourage energy-efficient computing, renewable energy integration and investment in reliable digital infrastructure.

Telecommunications networks need dependable power

The relationship between electricity and telecommunications extends well beyond large data centres.

Mobile network base stations, fibre-optic equipment, transmission facilities, switching systems and other network components need electricity to provide services. Although many sites have batteries or generators, backup capacity is not unlimited and requires maintenance.

An extended power interruption can place pressure on those systems, particularly when batteries are depleted or generators cannot operate continuously. The result can be service degradation or outages that affect calls, mobile data, electronic payments and business communications.

For customers, unreliable connectivity can mean interrupted work, failed transactions, difficulty accessing online services and delays in receiving important information. For operators, maintaining service under difficult power conditions can increase operating expenses.

Nigeria’s digital economy therefore depends on coordination between electricity providers, telecommunications companies, infrastructure owners and public authorities. Improving network performance requires attention to both communications equipment and the energy systems that support it.

Engineers at ICEPT 2026 discussed the need to strengthen electricity and telecommunications infrastructure together, with investment and technical collaboration identified as important parts of the response. https://realnewsmagazine.net/nieee-tasks-engineers-on-digital-energy-transition/

The challenge also extends to rural and underserved communities. Expanding connectivity into areas where electricity supply is limited may require solar-powered equipment, battery storage, more efficient network designs or other solutions tailored to local conditions.

Such approaches can help improve access, but they still require proper installation, maintenance, security and long-term funding.

Digital technology can also help modernise the power sector

While electricity shortages can limit digital development, technology can also help improve the way power systems are managed.

Modern electricity networks increasingly rely on sensors, communications systems, digital monitoring and automated controls to identify faults, manage demand and coordinate different sources of electricity.

Smart-grid technologies can help operators monitor network conditions and respond more quickly to disruptions. Digital meters can improve the collection of consumption data, while automated systems can support fault detection and provide information that helps utilities plan maintenance.

Artificial intelligence and machine learning may also assist with forecasting electricity demand, identifying unusual patterns and improving the scheduling of maintenance. Their effectiveness, however, depends on the quality of the data, the reliability of the underlying infrastructure and the expertise of the people responsible for using the systems.

The NIEEE conference programme includes technical areas covering AI, grid intelligence, renewable energy, energy storage, telecommunications, automation and emerging technologies. Those subjects reflect the opportunities available when engineering expertise is applied to both energy generation and the networks that deliver electricity to customers. https://nieee.org.ng/conference/

Digital tools cannot substitute for essential physical infrastructure. A monitoring system may identify a failing transformer, but the utility still needs the resources and personnel to repair or replace it. Automated controls cannot compensate indefinitely for insufficient generation or an inadequately maintained transmission network.

The greatest benefit is likely to come when digital monitoring and automation are combined with practical investment in generation, transmission, distribution, maintenance and skilled personnel.

Cybersecurity becomes critical as energy systems become connected

The growing use of digital technology in electricity infrastructure introduces another challenge: cybersecurity.

Modern energy systems can rely on interconnected software, remote monitoring, communication networks and automated controls. Those capabilities can improve efficiency, but they also create additional points that may be targeted by malicious actors.

A cyber incident affecting an energy operator could disrupt digital systems, interfere with operational visibility or compromise sensitive information. The possible consequences depend on the systems affected, the security measures in place and the extent to which operational equipment is connected to other networks.

Shitta identified cybersecurity threats as one of the critical obstacles to integrating digital technology into Nigeria’s energy systems. He warned that greater reliance on connected technologies makes the protection of critical infrastructure an essential part of power-sector modernisation. https://www.thisdaylive.com/2026/10/16/ageing-power-grid-threatens-nigerias-digital-economy-engineers-warn/

Energy companies and infrastructure operators will need to treat cybersecurity as an ongoing operational responsibility rather than a one-time technical upgrade. That includes assessing risks, restricting access to sensitive systems, maintaining software, monitoring suspicious activity and preparing procedures for responding to incidents.

Staff training is equally important. Weak passwords, poor access controls, unverified software and inadequate handling of sensitive information can expose organisations to risks even when expensive security products are installed.

Operators must also consider how they will maintain essential services during a cyber incident. Recovery plans, protected backups, tested communication procedures and clear responsibilities can help reduce disruption.

Government agencies, electricity companies, telecommunications providers and cybersecurity specialists will need to cooperate because digital infrastructure risks can cross organisational boundaries.

Investment gaps remain a major obstacle

The engineers’ warning placed inadequate investment among the key challenges facing Nigeria’s energy and digital infrastructure.

Modernising power systems requires substantial and sustained funding. Projects may involve upgrading substations, replacing ageing equipment, strengthening transmission and distribution networks, installing advanced monitoring systems and improving maintenance capacity.

Those investments can take years to plan and complete. They also require technical assessments, reliable procurement, access to finance and arrangements for maintaining equipment after installation.

At the ICEPT conference, stakeholders called for stronger collaboration among engineers, energy companies, investors and policymakers to attract investment, develop appropriate technologies and create regulatory frameworks that support innovation while protecting essential infrastructure. https://www.thisdaylive.com/2026/10/16/ageing-power-grid-threatens-nigerias-digital-economy-engineers-warn/

The issue is not simply how much money is announced for infrastructure, but whether investment is directed towards projects that address verified bottlenecks and deliver dependable services.

Projects need clear objectives, realistic implementation schedules and transparent performance measures. Public and private investors also need confidence that contracts, regulation and payment arrangements will support long-term operations.

For technology businesses, predictable infrastructure conditions can influence whether they expand, hire more staff or invest in new equipment. For electricity providers, a sustainable investment environment can help fund improvements and maintenance.

Nigeria’s ability to attract technology investment will depend partly on whether investors can reasonably predict the cost and reliability of the electricity and connectivity needed to operate.

Renewable energy and storage offer additional options

The conference also highlighted the role of cleaner energy technologies in building more resilient infrastructure.

Solar power, wind energy where viable, battery storage and other distributed energy resources can complement conventional electricity supply. For some businesses and facilities, a properly designed combination of renewable generation, batteries and grid electricity may reduce exposure to interruptions and help manage operating costs.

Solar systems can be particularly useful for telecommunications sites, small businesses, clinics and facilities located in areas where grid supply is unreliable. Battery storage can provide electricity when solar generation is unavailable, while control systems can coordinate the different sources.

However, these solutions are not automatically cheaper or more reliable in every setting. Their performance depends on equipment quality, installation, maintenance, storage capacity, energy demand and the financing available to the user.

Businesses must also consider the cost of replacing batteries and other components over time. Poorly designed systems may fail to provide enough power during prolonged outages or periods of high demand.

The energy transition discussed at ICEPT 2026 is therefore about more than replacing one source of electricity with another. It involves designing systems that are efficient, resilient, affordable and capable of integrating different technologies safely.

The conference’s official programme includes renewable energy integration, smart grids, storage and microgrids among its technical areas. https://nieee.org.ng/conference/

For Nigeria, distributed energy could form part of a wider strategy to support digital services, particularly where extending dependable grid electricity is difficult. But it must complement—not excuse the neglect of—necessary improvements to the national power system.

Industry needs reliable power to become more competitive

Electricity reliability is also an industrial issue. Manufacturers increasingly depend on digital systems for production planning, inventory management, quality control and communication with suppliers and customers.

When power supply is unreliable, manufacturers may face production interruptions, equipment damage, delayed deliveries and higher costs. Businesses that operate energy-intensive machinery can be particularly exposed.

At the conference, Minister of State for Industry, Trade and Investment John Enoh, represented by the ministry’s Industrial Inspectorate Department Zonal Coordinator, Itoro Johnson, stressed that dependable electricity and digital technology were essential to Nigeria’s industrialisation ambitions.

The report said Enoh cited the Nigeria Industrial Policy 2025 as a framework for aligning energy, infrastructure, trade and technology to strengthen domestic manufacturing. He also referred to strategic financing commitments exceeding US$380 million for manufacturing and value-chain development. https://www.thisdaylive.com/2026/10/16/ageing-power-grid-threatens-nigerias-digital-economy-engineers-warn/

The financing figure should be understood as reported commitments, rather than automatically treated as money already disbursed or factories already operating as a result. Actual outcomes will depend on the terms of the commitments, project implementation and the investments ultimately delivered.

The minister also highlighted plans for dedicated energy solutions for industrial clusters, including power and gas infrastructure for industrial parks such as Idu, alongside financing opportunities through partnerships with the Bank of Industry.

Industrial clusters can create opportunities to coordinate infrastructure investment and serve groups of businesses with shared needs. But their effectiveness will depend on the reliability of supply, the cost of energy, the quality of service and the ability of businesses to access the infrastructure on fair terms.

For Nigerian manufacturers, improved energy and digital systems could help reduce avoidable operating costs and make local production more competitive. For technology companies, industrial demand can create opportunities to supply automation, monitoring, communications and energy-management systems.

Local engineers and technology companies have a role to play

Nigeria’s infrastructure challenges create an opportunity for local engineering and technology firms to develop practical solutions suited to domestic conditions.

These could include energy-monitoring systems, smart meters, predictive maintenance tools, efficient cooling technologies, solar-powered communications equipment and software for managing industrial energy use.

Local firms may also be well placed to understand operating conditions in Nigerian businesses, including the need to manage unreliable grid supply, equipment maintenance and fluctuating energy costs.

However, developing a promising product is only the first step. Firms must demonstrate reliability, safety, affordability and the ability to support customers over time. Access to testing facilities, financing, skilled staff and procurement opportunities can influence whether innovations progress beyond prototypes.

The NIEEE conference is intended to bring engineers, researchers, government representatives and industry participants together to exchange knowledge and explore practical applications. Its programme includes technical presentations, exhibitions, workshops and professional engagement across energy and communications disciplines. https://nieee.org.ng/conference/

Stronger links between universities, engineering bodies, manufacturers and technology companies could help translate research into products that can be tested and deployed.

Government and private-sector buyers can also support local innovation by using transparent procurement processes that assess quality and performance, rather than selecting products solely on price or origin.

At the same time, local solutions must meet appropriate technical and safety standards. Critical electricity and telecommunications systems cannot afford unreliable equipment or poorly tested software.

Skills development is essential to modernisation

Infrastructure investment must be accompanied by investment in people.

Modern power systems require engineers and technicians who understand electrical networks, digital monitoring, automation, cybersecurity, energy storage and renewable generation. Telecommunications networks also need specialists who can maintain complex equipment and respond to emerging technical risks.

As technologies converge, professionals increasingly need to work across traditional boundaries. An electricity engineer may need to understand the digital controls used to manage a grid, while a software specialist working on critical infrastructure must understand the operational consequences of system failures.

The NIEEE conference’s focus on AI, automation, communications and energy systems reflects the importance of developing these combined skills. The organisation has called on engineers to deploy digital technologies to improve electricity access, strengthen telecommunications and accelerate the energy transition. https://realnewsmagazine.net/nieee-tasks-engineers-on-digital-energy-transition/

Universities and technical institutions can contribute through updated curricula, practical laboratories and partnerships with industry. Employers can support continuous training so that staff remain familiar with new equipment, safety procedures and emerging risks.

Professional bodies also have a role in setting standards, sharing technical knowledge and supporting ethical engineering practice.

Without the necessary skills, even well-funded infrastructure projects may experience delays, maintenance problems or poor performance. A sustainable modernisation programme must therefore develop the workforce needed to operate and maintain new systems.

What the government and industry should prioritise

The warnings from the conference point towards several practical priorities for Nigeria’s energy and technology sectors.

First, infrastructure planning should be based on reliable assessments of where the most serious constraints exist. Authorities and operators need to identify the equipment, connections and facilities whose improvement would deliver the greatest benefit to households and businesses.

Second, investment should cover both construction and maintenance. New infrastructure cannot deliver lasting benefits if it is poorly maintained or lacks the resources required for operation.

Third, digital monitoring and automation should be integrated where they can improve performance, with cybersecurity and data protection built into project design.

Fourth, renewable energy and storage should be assessed as part of a wider electricity strategy. They can improve resilience for some users, but deployment needs to reflect local demand, cost and technical conditions.

Fifth, the government and private sector should create clearer pathways for engineering innovation, including testing, procurement, training and financing.

Finally, infrastructure projects should be assessed using measurable outcomes. Relevant indicators may include reliability of supply, outage duration, operating costs, maintenance performance, network availability and the ability of businesses to access dependable energy.

Such measures would help distinguish announcements and construction activity from improvements that customers can actually experience.

Why the issue matters to ordinary Nigerians

The connection between electricity and technology is visible in everyday life.

A trader using digital payments depends on a functioning phone, mobile network and payment platform. A student taking an online course needs electricity to charge a device and a network that can deliver lessons. A small business using cloud-based accounting needs reliable connectivity and a way to keep its equipment running.

When electricity or communications fail, the effects can spread quickly. Customers may be unable to complete transactions, employees may lose productive hours and businesses may have to spend money on alternatives.

The impact is not uniform. Larger companies may have the resources to install backup systems, while smaller enterprises and households may struggle to afford them. Rural communities can face additional barriers where both electricity and connectivity are limited.

Better infrastructure could therefore support more than the technology sector itself. It could help improve access to education, healthcare information, public services, financial services and business opportunities.

However, digital inclusion requires affordability as well as availability. A network that reaches a community does not automatically ensure that residents can afford a suitable device, data or the electricity needed to use it.

Infrastructure policies must therefore consider how improvements translate into practical benefits for people, including those living in underserved communities.

A strategic question for Nigeria’s digital future

Nigeria’s technology ambitions are tied to its ability to build infrastructure that is reliable, secure and economically sustainable.

The country can encourage businesses to develop digital services, attract investment into data centres and expand connectivity. But these efforts will face limitations if the electricity systems supporting them cannot provide dependable power at a manageable cost.

The ICEPT 2026 discussions underline the need for coordinated planning across energy, telecommunications, industry and technology. The problems are interconnected, and improvements in one area may have limited impact if other critical constraints remain unresolved.

A stronger electricity system could support more reliable telecommunications, reduce the need for costly backup arrangements and improve the conditions for investment. Better digital systems could, in turn, help electricity operators monitor networks, detect faults and manage different sources of supply.

Achieving that relationship will require sustained investment, appropriate regulation, skilled personnel, secure technology and transparent implementation.

Conclusion: Digital growth needs a stronger energy foundation

The warning from Nigerian engineers at ICEPT 2026 is clear: ageing electricity infrastructure and inadequate investment could constrain the country’s digital economy at a time when artificial intelligence, cloud computing and connected services are becoming increasingly important.

The conference has highlighted both the risks and the opportunities. Digital technology can increase demand for electricity, but it can also help make power systems more efficient and responsive. Renewable energy, storage, smart-grid tools and automation can contribute to more resilient infrastructure when deployed with sound engineering and appropriate maintenance.

The government, electricity companies, telecommunications operators, investors and engineering professionals will need to work together to turn those opportunities into practical improvements. Priorities include modernising essential infrastructure, strengthening cybersecurity, expanding technical skills and ensuring that investment delivers reliable services.

The ultimate measure of progress will be whether households and businesses experience more dependable electricity, stronger connectivity and lower barriers to using digital services.

Nigeria’s digital future will not be determined by technology adoption alone. It will also depend on whether the physical infrastructure beneath that technology is capable of supporting it.