GREEN INITIATIVES POWERING DIGITAL GROWTH RESPONSIBLY
At Larsen & Toubro-Vyoma Data Centers, sustainability is at the core of how we design, build, and operate our mission‑critical facilities. Our commitment goes beyond compliance—we aim to create data centers that are energy‑efficient, resource‑optimized, and environmentally responsible, while delivering world‑class reliability for our customers.
OUR SUSTAINABILITY VISION
Renewable Energy
30 %
Renewable energy sources supply a significant portion of operational power requirements.
Rainwater Saving
30 %
Water requirements are met through rainwater harvesting.
Wastewater Reuse
100 %
wastewater is treated on-site and fully reused through a Zero Liquid Discharge (ZLD) system, ensuring no effluent is released and supporting sustainable operations
Green Cover
30 %
of the site area is maintained under greenery to support ecological balance.
Solar Power
200 KWp
solar plant rooftop is installed to reduce dependence on conventional power sources.
Rainwater storage
400 KL
Rainwater storage system is maintained, providing up to 40 days of operational water support.
Fire Suppression System
541 IG
Fire suppression system is deployed,offering Zero ODP/GWP for an environmentally safe and highly effective fire protection solution.
ESG Profile
Sustainability is embedded in L&T’s vision, culture, strategy and business processes. View our performance across Environmental, Social and Governance (ESG) parameters.
PLANET
ENERGY EFFICIENCY
- All chillers’ primary pumps are equipped with VFDs
- Equipment such as Fan Wall Units, PAHUs, Ventilation Fans, and Chiller Condenser Fans are equipped with EC fans, enabling variable speed operation and improved efficiency
Water Stewardship
- Low-flow water fixtures and water-efficient landscaping to reduce consumption
- Air-cooled chillers deployed to conserve water by eliminating the need for cooling tower makeup water
Climate Action
- Air-cooled chillers using R134a refrigerant (environmentally safer alternative)
- Inert gas-based fire suppression system (IG541) which is significantly more environmentally sustainable due to zero Ozone Depletion Potential (ODP), No Global Warming Potential (GWP), No Toxic By‑Products or Chemical Breakdown.