Beneath the Ice, a Revolution is Boiling.
Gilgit-Baltistan is home to some of the world’s most extraordinary landscapes — towering peaks, ancient glaciers, and resilient mountain communities. Yet behind this beauty lies one of the region’s most urgent development challenges: energy access.
At Baseload Energy, we believe these communities deserve more than temporary fixes. They deserve reliable, clean, and resilient energy systems designed for mountain environments.
+ THE ENERGY CRISIS
Bringing Reliable Energy to High-Altitude Communities
Baseload Energy Pvt. Ltd. is Pakistan’s first geothermal power plant developer and operator, focused on unlocking geothermal potential to deliver continuous, sustainable power for Gilgit-Baltistan and other remote northern regions. Gilgit-Baltistan is not connected to the National Grid; it relies on a regional grid fed primarily by mini hydropower plants. These mini hydropower plants are an intermittent power source: water flow varies daily and seasonally, creating large gaps between supply and demand in summer and far worse shortages in winter when channels freeze and outages last for hours. The region therefore faces a multifaceted problem — substantial seasonal deficits, lack of baseload generation, and sharply deteriorating conditions in winter — which has driven heavy reliance on on-grid and off-grid diesel generators. That reliance is costly and environmentally damaging.
For many families and businesses, electricity shortages are not occasional inconveniences but daily realities: long outages disrupt schools, hospitals, tourism, communications, food preservation, and local industry, and can sharply curtail economic activity. Temporary measures — diesel generators, firewood, kerosene, and imported fuels — raise costs, degrade air quality, and place increasing strain on forests and fragile mountain ecosystems.
This challenge stretches beyond a single valley. Across northern Pakistan and similar remote mountain regions, communities need energy systems that provide dependable baseload power, reduce seasonal vulnerability, cut pollution, and support resilient local economies. Geothermal offers a pathway to that future — continuous, low-emission power tailored to the demands of high-altitude life.
Adding more intermittent power to the local grid will not solve the problem
Subsurface thermal reservoirs.
Conventional run-of-the-river hydro installations provide intermittent power as water flow varies throuout the day and in winter months there is almost a complete freeze resulting in huge power shortage. The economy comes to a stand still and mass migration takes place to main cities in search of work.
Geothermal fluid extraction draws constant heat from deep tectonic fault lines, providing uninterrupted, localized grid stability completely independent of weather patterns.
Quantifiable tectonic viability.
5 MW
24/7
100%
Initial pilot plant capacity under construction in Gilgit-Baltistan, establishing the baseline for regional scaling.
Continuous baseload power generation, bypassing winter freezes and replacing expensive diesel microgrids.
Localized offset of fossil fuel imports, securing energy independence for isolated mountain communities.
Scale across the Karakoram.
The 5 MW pilot is the blueprint. Our future plans outline a network of mini geothermal plants across the Karakoram range, delivering continuous clean energy to isolated grids.