Data Centers
Munters cooling and humidity management solutions for data centers and server rooms — reducing PUE and protecting IT equipment in India's tropical climate.
The Problem
Data centers in India face a unique climate challenge: high ambient temperatures (35–42°C) and humidity levels that make traditional mechanical cooling extremely energy-intensive. As compute densities rise with AI and HPC workloads, cooling becomes the dominant operational cost. Simultaneously, humidity must be maintained within ASHRAE limits (15–80% RH, DP 5.5–15°C) to prevent electrostatic discharge at low humidity and condensation at high humidity. Traditional CRAC/CRAH systems struggle with PUE above 1.6–1.8, making facilities uncompetitive in an era of hyperscale efficiency benchmarks.
Solutions Powered By
Solutions We Offer
- Munters indirect evaporative cooling systems for PUE optimization
- Adiabatic cooling for air-side economization in Indian climate
- Desiccant-based humidity management to maintain ASHRAE envelope
- Data hall perimeter dehumidification for condensation prevention
- Free cooling integration to reduce mechanical refrigeration hours
- Modular cooling solutions for edge data centers and telecom rooms
- Energy analysis and PUE improvement consulting
Recommended Products
Indirect evaporative cooling using a plate heat exchanger — free cooling without moisture introduction into the data hall.
Precision air conditioning for server rooms with integrated humidity control. Close-coupled and perimeter configurations.
CELdek evaporative media for data center free cooling, dramatically reducing compressor runtime in moderate conditions.
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Detailed product specs and application notes for Data Centers.
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