Institutional Retrofit

Leh Assembly

Leh · Ladakh, India · 3,500m+ · 140 kW · 2023

Leh Assembly
140kW
The Challenge

The Leh Assembly building sits above 3,500 metres where winter temperatures drop severely and conventional heating systems struggle with efficiency and reliability.

As a retrofit project, routing new infrastructure through an existing institutional structure required careful coordination to minimise disruption while meeting strict performance targets.

High-altitude conditions demand robust equipment selection, precise borehole design and ventilation strategies adapted to low humidity and cold extremes.

Key Results
System capacity140 kW GSHP
Boreholes21 vertical loops
Altitude3,500m+ above sea level
Project typeInstitutional retrofit
The Solution

Engineered For Performance

GeoFlux deployed a 140 kW ground-source heat pump system with 21 boreholes engineered for Ladakh's geology and thermal profile.

Radiant underfloor heating delivers consistent warmth across large assembly and office spaces without the drafts and noise of forced-air systems.

MVHR ventilation maintains indoor air quality during long occupancy periods while recovering heat from exhaust air - critical in a heating-dominated climate.

The system was commissioned with full performance verification to ensure design targets were met at altitude.

  • 140 kW GSHP engineered for high-altitude operation
  • 21 geothermal boreholes in Ladakh geology
  • Radiant underfloor heating throughout
  • MVHR for heat recovery ventilation
  • Full system commissioning and verification
System140 kW GSHP · 21 Boreholes
DeliveryRadiant Underfloor Heating
VentilationMVHR
TypeHigh-Altitude Retrofit
Gallery

Project In Detail