Amid rising global energy market instability, a major international survey reveals overwhelming support among Nigerian business executives for accelerating clean electrification to safeguard economic competitiveness and energy security.
According to research commissioned by the We Mean Business Coalition, E3G, and the Global Renewables Alliance, 90% of Nigerian business leaders believe transitioning to renewables-based power will boost economic growth, while 91% globally link clean electrification directly to improved energy security.
The Reality on the Ground: The Cost of Unreliable Power
For Nigerian manufacturers and industrial operators, switching to clean, decentralized power is no longer just an environmental goal—it is an operational necessity.
| Operational Indicator | Current Impact on Nigerian Industry |
| Electricity Access Gap | 86.6 million people lack reliable grid access (World Bank). |
| Manufacturing Overhead | Alternative power generation accounts for 25% to 40% of total production costs. |
| Operational Friction | Persistent grid instability causes equipment damage, reduced factory capacity, and missed production deadlines. |
| Price Volatility Exposure | Over two-thirds of Nigerian executives expect global geopolitical instability to further drive up domestic fuel prices. |
Industry Voice: Energy as a Strategic Imperative
Highlighting the operational strain on the cotton, textile, and garment sub-sectors, Anibe Achimugu, Managing Director and CEO of Arewa Cotton and Allied Products Limited, emphasized that power reliability dictates industrial survival:
“Electricity has become one of the biggest threats to industrial survival in Nigeria. Reliable electricity is no longer merely an operational issue; it is a strategic requirement for industrialisation, employment generation, and economic competitiveness.”
Solutions and Policy Priorities for Industrial Transition
To mitigate fuel price exposure and power interruptions, Nigerian manufacturers are increasingly adopting localized clean energy technologies, including:
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Solar Hybrid Systems: Combining photovoltaic panels with battery storage to ensure uninterrupted operations.
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Captive Power & Embedded Generation: Off-grid power systems designed specifically to serve industrial clusters.
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Energy Storage Systems (ESS): Commercial battery storage to smooth out grid voltage spikes and outages.
