Nigeria's Grid Collapses Reveal Transmission, Not Generation, Bottleneck
Nigeria's national grid collapses with alarming frequency, exposing a systemic failure where generation capacity has outstripped transmission infrastructure's ability to evacuate power. While public discourse focuses on increasing megawatts generated, the core issue is structural: installed generation exceeds the grid's stability and evacuation capacity by over 8,000 MW. This imbalance triggers collapses during sudden generation spikes, not lack of supply. The economy's effective demand is 13,000 MW, yet delivered power remains below 5,000 MW due to transmission weaknesses and coordination failures between generation, transmission, and distribution sectors. Successive reforms prioritized generation expansion without synchronizing transmission planning or industrial load development, creating a fragmented system where capacity exists but utilization is sub-optimal. Recent policy shifts like direct power supply arrangements and decentralized grid control offer partial solutions, but without integrated economic planning linking energy infrastructure to industrial policy and spatial development, Nigeria risks wasting investment on a structurally flawed system. The grid's fragility reflects institutional coordination gaps rather than engineering incompetence.