📈 Sri Lanka Energy Crisis: A Systemic Failure, Not Resource Scarcity

A commentary by a University of Moratuwa professor reveals that Sri Lanka’s expanding electricity supply-demand gap stems from obsolete institutional systems and policy inconsistencies, rather than a shortage of natural resources or technology. • Overall System Pressures Sri Lanka's 2025 GDP growth exceeded 5% (vs. the planned 4%), driving up industrial, commercial, and household base loads. Structural shifts—such as urbanisation, widespread air conditioner usage, and electric vehicles—are outgrowing current forecasting models. Failing to replace thermal plants carries heavy costs via diesel imports and high tariffs; replacing a single 350 MW thermal plant requires 1,400 MW of Solar + BESS (Battery Energy Storage Systems) capacity. • Institutional and Process Bottlenecks Conventional tendering takes years due to overlapping institutional layers involving the Ministry, CEB, PUCSL, SEA, and the Treasury. Policy inconsistency and a lack of a clear, stable framework for LNG and thermal generation weaken investor confidence. Project execution lags behind global timelines (18–24 months) due to prolonged procurement, transmission constraints, and delayed Power Purchase Agreements (PPAs). • Proposed Solutions & Fast-Tracking Deploy unused demand-management tools: smart meters, time-of-use tariffs, and consumer incentives for peak reduction. Implement Feed-in Tariffs (FiT) for Solar + BESS (under 10 MW) to shift daytime generation to night peak hours, and use competitive tenders for larger 16-hour continuous solar-storage projects. Introduce a single-window approval mechanism, maximum approval timelines, a project monitoring dashboard, and accelerated transmission investments to swiftly mobilise private capital.