Pakistan Allocates 2,000 MW for Bitcoin Mining and AI Data Centres, Prompting Debate on Grid Capacity.

Pakistan announced it will supply 2,000 megawatts of power to Bitcoin mining and AI data‑centre projects. This move has sparked debate, asking whether the country can afford that much electricity. Bitcoin mining, AI training and real‑time digital services all use electricity differently. The challenge is not just the amount of generation capacity but also when and where power is needed and whether the grid can deliver it reliably during stress. The country’s hot seasons push cooling demand to its limits, while other times generation is underused. National capacity figures do not guarantee reliable electricity at a data‑centre’s exact location and time. Data centres are planned before construction, selecting location, cooling systems, computing equipment and grid connections. This gives Pakistan a chance to shape a new type of power demand from the start. Some workloads, such as user‑facing AI applications, financial platforms and communication services, must run continuously and cannot be turned off when the grid is under pressure. Other tasks can be scheduled flexibly or paused at checkpoints. Ireland was noted as a cautionary example, where data centres used about 23% of national electricity, almost as much as all residential homes combined. The Irish grid operator now requires applicants to prove demand flexibility in connection agreements. Pakistan already has a cloud‑governance framework, but it does not yet set standards for energy and water efficiency, power‑usage effectiveness or renewable integration. A national sustainability framework could link digital‑infrastructure planning with power‑sector planning, requiring projects to provide credible demand forecasts and to meet local network capacity limits. Energy and water performance could be measured consistently, and tariffs could reward verified efficiency and flexibility instead of solely offering cheap power to large consumers. These steps would help maintain strong investment signals without compromising the grid’s stability.