World Bank Approves $375.9 Million to Upgrade Pakistan's Power Transmission Grid
The World Bank has approved $375.9 million in financing for Pakistan's Grid Stability Enhancement Project, the first phase of a 10-year programme to modernise the national transmission network and cut power outages. The project will unlock 640MW of currently curtailed wind energy and enable the full use of 1,840MW of southern Pakistan's wind capacity, aiming to structurally reduce fuel costs on household electricity bills.
The World Bank (WB) has approved $375.9 million (approximately Rs. 104.5 billion at current interbank rates) in financing for Pakistan's Grid Stability Enhancement Project, the first phase of a 10-year programme to modernise the national electricity transmission network, reduce chronic power outages, and bring more clean energy to consumers across the country.
What Is the BEST-PAK Programme?
The financing flows through the BEST-PAK (Boosting Energy Security through Transmission in Pakistan) Multiphase Programmatic Approach (MPA). The Grid Stability Enhancement Project is the opening phase of what the WB describes as a decade-long effort to overhaul Pakistan's high-voltage grid infrastructure and improve the overall reliability of power supply.
WB Country Director Bolormaa Amgaabazar said the investment in advanced transmission technologies would
Frequently Asked
Questions about this story
What is the World Bank's Grid Stability Enhancement Project in Pakistan?
The Grid Stability Enhancement Project is a $375.9 million (approximately Rs. 104.5 billion) World Bank-financed scheme to install advanced stabilisation equipment at key electricity transmission substations and improve the flow of power across Pakistan's national grid. It is the first phase of the 10-year BEST-PAK (Boosting Energy Security through Transmission in Pakistan) Multiphase Programmatic Approach.Will this World Bank transmission project reduce electricity bills for Pakistani households?
Not immediately — transmission infrastructure of this scale takes several years to design, procure, and commission. Over the long term, unlocking 1,840MW of low-cost wind energy should reduce dependence on expensive thermal generation, which in turn is expected to lower the Fuel Cost Adjustment (FCA) component that causes monthly household bills to swing up and down.Does this project benefit K-Electric customers in Karachi?
K-Electric's network in Karachi connects to the national NTDC grid, so improvements to transmission capacity and wind power evacuation in southern Pakistan can indirectly benefit K-Electric customers. However, K-Electric manages its own distribution infrastructure, and the direct impact will depend on how the upgraded national grid interfaces with K-Electric's system.How much wind energy is currently being wasted due to Pakistan's transmission bottlenecks?
According to the World Bank, 640MW of wind energy is currently being curtailed — meaning it is generated but cannot reach consumers due to grid constraints. The project aims to unlock this stranded capacity and ultimately enable the full use of 1,840MW of wind generation concentrated in southern Pakistan's Jhimpir and Gharo corridors.When will Pakistani consumers start seeing load shedding improvements from this project?
The BEST-PAK programme runs over 10 years, so benefits will arrive in phases rather than immediately. Substation upgrades typically take two to four years per phase to commission; once complete, consumers in areas affected by transmission-linked load shedding could begin to see reduced outage hours in those specific supply zones.
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