Sustainability
Energy integration
Renewable energy integration
The campus incorporates approximately 110 MW of photovoltaic solar infrastructure alongside a 15 MW Battery Energy Storage System (BESS) to support renewable-backed energy operations and grid resilience strategies from Phase 1 onward.
Systems
PV Solar + BESS systems
Renewable-supported campus infrastructure
Heating Export
District heating export
Waste heat generated from data center operations is designed to be captured and exported into district heating infrastructure, contributing toward regional energy efficiency and broader ESG sustainability objectives.
WUE & PUE
WUE & PUE efficiency
The campus targets highly optimized Power Usage Effectiveness (PUE) performance across facilities, including zero-adiabatic cooling strategies in selected deployments to significantly reduce water usage while improving thermal efficiency.
PUE Range: 1.24 – 1.30
WUE Optimized Cooling Design
Free Cooling Infrastructure
Zero-Adiabatic Cooling Strategy in IRIS 1
Positioning
ESG positioning
IRIS is designed around long-term sustainability principles, integrating renewable energy systems, efficient cooling technologies, district heating reuse strategies, and optimized energy performance to support environmentally responsible hyperscale infrastructure deployment.
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