ENHANCED HEAT REJECTION

For data centers and critical facilities

NEW DESIGN & RETROFIT

Compelling value propositions for new construction data center design and existing data center sites.

NEW DESIGN

Solve Failing External CFDs (1, 2)

Increase Revenue by Lowering Peak PUE (1, 2, 3)

Control Ambient Air Temperatures (1, 2, 3)

Capture Utility Rebates for Demand Reduction (1)

RETROFIT

Resolve HVAC Reliability Issues (1, 2, 3)

Increase Efficiency through Lower PUE (1, 2, 3)

Extend Compressor and Condenser Coil Life (1, 2)

Increase Capacity of Aging Equipment (1)

TRUSTED BY

FAILING EXTERNAL CFDs?

Not today. Take control of entering air temperatures.

BEFORE

140.0 F

AFTER

104.5 F

LOWER PEAK PUE. RAISE ROI.

Data center design is predicated on theoretical worst-case conditions commonly referred to as a design day. The entire site must be engineered to withstand ambient air temperatures that may only occur for a handful of hours during summer, if at all. That condition determines the Peak PUE of the site. The inherent inefficiency is that a lot of very expensive capital equipment – and the electrical capacity needed to power it – are underutilized for most of the year. Peak+ mitigates this underutilization inefficiency, unlocking electrical capacity for highly-lucrative IT load.

Unique Sites

6-15%

Peak PUE Reduction

Utility Rebates Secured

Tons C02 Avoided