Beyond PUE and WUE: Rethinking Sustainability in the Data Center Industry
PUE and WUE will remain important measures of operational performance. But the industry is recognizing that they are only part of a much larger sustainability equation.
VP of Product Engineering
“Our goal is not simply to make motors more efficient. It’s to help make the systems, facilities, and industries they power more efficient.”
Leads strategy, growth, and long-term value creation.
Chris Harrison is a veteran engineering executive with over two decades of experience driving innovation and technical excellence across the automotive and robotics sectors.
Most recently serving as VP of Hardware Platform at Torc Robotics, he led the development and deployment of autonomous truck hardware systems. Prior to that, Chris spent more than 24 years at Continental, where he held senior global roles including Head of Software for Vehicle Dynamics and Head of R&D in China.
His leadership was instrumental in launching advanced Electronic Brake Systems and ensuring global compliance standards. Chris holds a Master’s in Engineering Management from Wayne State University and a BSME from the University of Michigan-Dearborn.
Direction, capital allocation, and the long-term plan for bringing advanced motor technology to scale.
OEM and operator partnerships across HVAC, data centers, and industrial systems.
Where the Aircore architecture goes next, and which applications it serves first.
Building a team that can develop complex products and support demanding customers.
PUE and WUE will remain important measures of operational performance. But the industry is recognizing that they are only part of a much larger sustainability equation.
Understanding and effectively managing harmonics can improve your systems and operational benefits.
Understanding and effectively managing harmonics can improve your systems and operational benefits.
Where experienced leadership, breakthrough engineering, and individual ownership redefine how critical industries use energy.
