Scaling Tectonic Power
We are translating Gilgit-Baltistan's subsurface thermal energy into a predictable infrastructure network. Our modular plant blueprint scales from a single pilot to a regional grid.
Three Phased Horizons
Our expansion strategy systematically mitigates geological risk while accelerating power delivery to isolated mountain grids.
Phase 02
Phase 03
5 MW Pilot
50 - 100 MW Network
Establishing the operational baseline in Gilgit-Baltistan. This initial deployment validates fluid extraction rates and localized grid synchronization under alpine winter conditions.
Replicating modular mini-plants across pre-mapped tectonic fault lines. This phase replaces regional diesel microgrids with continuous, clean all weather baseload power.
Phase 01
Financial Close
First phase include confirmation of resource potential, technical and economic viability, assesment of environmental and social impact and laying ground for investment.
This is an extensive excercise which involves geological mapping and surface surveys, geochemical sampling and analysis, geophysical surveys, reservior modeling and resource assesment, Plant design and tecno -economic analysis, topographic surveys and site infrastructure assesment, environmental and social impact assesment, stakeholder engagement and financial closure.
Mapped Thermal Reservoirs
Northern Pakistan hosts a vast network of geothermal systems stretching east to west along the Main Karakoram Thrust (MKT) and Main Mantle Thrust (MMT). This significant geothermal activity is marked by widespread hot springs and geysers near Khaplu, Shigar, Astore, Rai Kot, Gilgit, Murtazabad, Hussaini, Ghizer and Chitral.
To systematically evaluate this potential, Baseload Energy will undertake extensive regional-scale geological studies across the entire corridor to map prospective locations for binary geothermal power plants.
By utilizing localized geological data, we bypass the seasonal flow variations that cripple regional hydroelectric plants during freezing winter months.
Project Updates
Project Timelines
We are aligning with international impact funds and state planners to execute Pakistan's first tectonic energy transition. Partner with us to build resilient, year-round energy infrastructure.
The project will be delivered through a clear, phased implementation plan grounded in established global best practices for geothermal development. The project implementation roadmap shown here outlines a realistic timeline of 36 months from financial close to commercial operation, accounting for key regulatory and technical milestones designed to bring this critical project online efficiently and predictably
