499 Gilgit-Baltistan Government Buildings to Get Rooftop Solar by December 2026

The federal government will install 18 megawatts of rooftop solar systems with battery storage on 499 government buildings in Gilgit-Baltistan by December 2026, Prime Minister Shehbaz Sharif was told on Wednesday — the first phase of a broader 100 MW solar energy project designed to reduce chronic load shedding across the region.

A 100 MW Project Split Into Two Phases

The initiative is structured in two distinct components. The first is an 18 MW rooftop solar programme covering 499 public buildings, which carries a firm December 2026 deadline and includes battery storage to maintain supply during low-generation hours.

The second component is an 82 MW utility-scale solar project, whose PC-I (Project Concept document) has been formally submitted to the Executive Committee of the National Economic Council (ECNEC) for approval. Once operational, this plant is expected to serve approximately 1.3 million people across Gilgit-Baltistan, materially improving electricity reliability and helping eliminate load shedding in the region. No construction timeline has been announced for the 82 MW plant pending ECNEC's sign-off.

Speaking at the meeting, Prime Minister Sharif described the combined project as "a gift from the federal government for the Gilgit-Baltistan people." He directed the Power Division to fulfil its responsibilities for timely completion and instructed officials to ensure complete transparency throughout the procurement process. All payments, he said, must be released only after third-party validation of completed work — adding an independent oversight layer to a federally funded project.

Why Solar: Floods Have Damaged GB's Hydel Base

Gilgit-Baltistan has traditionally depended on small, run-of-river hydroelectric plants for the bulk of its electricity supply. That model is increasingly fragile. The GB Water and Power Department said on Wednesday that climate change-induced floods and rapid glacier melting have severely disrupted power generation infrastructure since June 2026. Flash floods in rivers and streams — driven by accelerating glacial runoff — have repeatedly damaged hydel assets, leaving households and businesses without power for extended stretches.

Solar generation, being independent of river flows, directly addresses this vulnerability. The pivot to rooftop and utility-scale solar is therefore a dual response: expanding capacity while hardening the region's energy supply against future climate shocks.

Procurement Safeguards and National Policy Context

The prime minister's explicit third-party validation requirement is a notable governance commitment for a project of this scale. It signals an intent to prevent the cost overruns and contractor disputes that have historically slowed infrastructure delivery in remote regions of Pakistan.

The project aligns with Pakistan's broader National Energy Strategy, which prioritises solar deployment as a cost-effective alternative to thermal generation. With the country's circular debt crisis constraining new thermal capacity additions, rooftop and utility solar — particularly in off-grid or under-gridded areas such as GB — have become a practical default for new supply additions.

• 499 government buildings to receive rooftop solar with battery storage by December 2026
• 18 MW rooftop phase carries a fixed completion deadline
• 82 MW utility-scale phase is awaiting ECNEC approval
• Approximately 1.3 million GB residents projected to benefit from the 82 MW plant
• Third-party validation required before any project payments are released