Experts in Building Environments™
Experts in Building Environments™
StatePoint Liquid Cooling Technology
StatePoint Liquid Cooling Technology
The World’s First Sustainable Data Center Cooling Technology
Nortek Air Solutions has created an industry-first in data center cooling – the StatePoint™ Liquid Cooling (SPLC) system. As the market for data storage and hyperscale performance increases, the demand for power and water resources will increase exponentially, making improved efficiency and sustainability critical for future growth. Revolutionary StatePoint technology makes cooling a data center more efficient and sustainable using an indirect exchange between water and scavenger air in an optimized, compact membrane heat exchanger. The process cools water by evaporation through a membrane separation layer, preventing cross-contamination between the water and air streams.
StatePoint’s flexible design can be used in any data center regardless of location or climate and still maintain sustainable, efficient performance. This allows for environmentally-responsible data center expansion into areas of the globe previously considered out of network.
Benefits & Features
- Combination of air and water flow for high cooling performance in a compact exchanger
- Patented membrane exchanger for industry-leading power and water usage efficiency
- Chilled water system that does not burden local water supplies
- Up to 30% less power usage (PUE 1.19)
- Up to 30% less water usage (WUE 1.27)
- Less power during peak loads
- Protection from outdoor contaminants
- Contains no refrigerants
- Reduced CO2 emissions
- Reduced water consumption: 20% in hot and humid climates and up to 90% in cooler climates
- More water efficient than direct evaporative cooling systems
- Simplified external hydronic circuit requirements
- Cooling delivery connection to a variety of systems (fan coil walls, CRAH, air handlers, hot aisle enclosures, rear door heat exchangers, chip cooling and cold plates)
- Integrated supply water temperature and distribution pumping control
- High cooling performance in a compact exchanger
- No chillers (under certain design conditions/locations/climates)
- Can be configured for simplified field installation
- Economizer – Heat recovery coil is active and used in conjunction with fans to cover 100% of the load with no supplemental cooling
- Adiabatic – Heat exchanger is energized with water to maximize the performance of the heat recovery coil and drive additional capacity
- Super Evaporative – Heat exchanger, fans and heat recovery coil work together to remove heat from the data center and efficiently reject it into the atmosphere
