Air₂O
Custom AHU Solution
Air2O’s Custom Spectrum Series offers a range of cooling systems providing high efficiency cooling that creates an optimum environment for server performance while lowering your data center PUE.
Features and Benefits
- Up to 70% less energy than traditional Dx systems
- Zero GWP, CFC's
- Configurable design
- 2500cfm to 100,000cfm
- Up to 700 kW as a single unit
- Reduced peak operating kilowatt = Increased server capacity
- PUE as low as 1.1
- Reduced capital cost
- Reduced back-up power
- Reduced energy consumption
Indirect Heat Pipe Cooling
Air2O’s Spectrum series offers a range of packaged Indirect Heat Pipe Cooling systems providing high efficiency cooling that creates an optimum environment for server performance while lowering your data center PUE.
Features and Benefits
- Up to 70% less energy than traditional Dx systems
- Zero GWP, CFC's
- Configurable design
- 2500cfm to 100,000cfm
- Up to 700 kW as a single unit
- Reduced peak operating kilowatt = Increased server capacity
- PUE as low as 1.1
- 100% recirculated air
- Reduced capital cost
- Reduced back-up power
- Reduced energy consumption
Direct Evaporative Cooling
Air2O’s Spectrum series offers a range of packaged Direct Cooling systems providing high efficiency cooling that creates an optimum environment for server performance while lowering your data center PUE.
Features and Benefits
- Up to 70% less energy than traditional Dx systems
- Zero GWP, CFC's
- Configurable design
- 2500cfm to 100,000cfm
- Up to 700 kW as a single unit
- Reduced peak operating kilowatt = Increased server capacity
- PUE as low as 1.08
- 100% fresh air
- Reduced capital cost
- Reduced back-up power
- Reduced energy consumption
Heat Rejection
Indirect/Direct Evaporative Cooling
Air2O’s Spectrum series includes IDEC (Indirect-Direct Evaporative Cooling) systems providing high efficiency cooling that creates an optimum environment for server performance while lowering your data center PUE.
Features and Benefits
- Up to 70% less energy than traditional Dx systems
- Zero GWP, CFC's
- Configurable design
- 2500cfm to 100,000cfm
- Up to 700 kW as a single unit
- Reduced peak operating kilowatt = Increased server capacity
- PUE as low as 1.1
- 100% fresh air
- Reduced capital cost
- Reduced back-up power
- Reduced energy consumption
Indirect Evaporative Cooling
Air2O’s Spectrum series offers a range of Indirect cooling systems providing high efficiency cooling that creates an optimum environment for server performance while lowering your data center PUE.
Features and Benefits
- Up to 70% less energy than traditional Dx systems
- Zero GWP, CFC's
- Configurable design
- 2500cfm to 100,000cfm
- Up to 700 kW as a single unit
- Reduced peak operating kilowatt = Increased server capacity
- PUE as low as 1.1
- 100% recirculated air
- Reduced capital cost
- Reduced back-up power
- Reduced energy consumption
Heat Rejection
Indirect Evaporative and Chilled Water Cooling
Air2O’s Spectrum series offers a range of packaged Indirect and Chilled Water cooling systems providing high efficiency cooling that creates an optimum environment for server performance while lowering your data center PUE.
Features and Benefits
- Up to 70% less energy than traditional Dx systems
- Zero GWP, CFC's
- Configurable design
- 2500cfm to 100,000cfm
- Up to 700 kW as a single unit
- Reduced peak kilowatt demand = Increased server capacity
- PUE as low as 1.1
- 100% recirculated air
- Reduced capital cost
- Reduced back-up power
- Reduced energy consumption
Indirect Evaporative + Hybrid Cooling
Air2O’s Spectrum series offers a range of packaged Indirect + Hybrid Cooling systems providing high efficiency cooling that creates an optimum environment for server performance while lowering your data center PUE.
Features and Benefits
- Up to 70% less energy than traditional Dx systems
- Zero GWP, CFC's
- Configurable design
- 2500cfm to 100,000cfm
- Up to 700 kW as a single unit
- Reduced peak operating kilowatt = Increased server capacity
- PUE as low as 1.1
- 100% recirculated air
- Reduced capital cost
- Reduced back-up power
- Reduced energy consumption