Resolve HVAC Reliability Issues
High ambient conditions increase:
- Compressor strain
- System cycling
- Risk of failure
Peak+ reduces thermal load during peak conditions, improving:
- System stability
- Operational reliability
- Uptime
Unlock Capacity From Existing Infrastructure
Adiabatic precooling systems that improve performance, reliability, and efficiency—without replacing your existing equipment.
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Increase Efficiency through Lower PUE
Efficiency losses are most severe during peak conditions. Lowering condenser temperatures improves performance when it matters most.
By reducing condenser temperatures:
- Compressor energy use decreases
- System efficiency improves
- Peak PUE is lowered
Extend Compressor and Condenser Coil Life
Sustained high temperatures accelerate wear on critical components. Reducing operating stress helps extend equipment lifespan.
Peak+ helps:
- Lower operating stress
- Reduce maintenance frequency
- Extend equipment lifespan
Increase Capacity of Aging Equipment
Older systems often lose performance under peak demand conditions. Adiabatic precooling helps recover and extend usable capacity.
Adiabatic precooling:
- Restores lost capacity
- Improves performance during extreme conditions
- Delays or avoids equipment replacement
Proven Results in Real Climates
Private Data Center
The owner of a large data center facility with 3,310 Tons of air-cooled HVAC equipment had...
Peak+ Data Center Site Performance
Peak+ deploys sensors to measure site performance as part of its core product package...
CASE STUDY: 55MW Nevada Data Center
Conversion from Water-Cooled Plant to Air-Cooled Chillers Within a Fixed 65MW Utility Allocation...
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