Hershner will be responsible for the Company’s financial communications and shareholder outreach and will work closely with VPS’ executive team and Board of Directors.
ICE Platform Takes Top Honors in Software Category. The Intelligent Control of Energy (ICE) platform outscored every other entry in the Software category to earn the number one spot.
“We’re excited to welcome Dave to our board. His extensive power, data center and product development experience will be a great asset as we accelerate customer adoption of our ground-breaking Software-Defined Power® solutions,” said Peter Gross, VPS Board Chairman.
Viernes will be responsible for orchestrating internal operations and will be the single point of contact for all legal affairs including investor and board management.
“We are fortunate to have Dean Nelson leading Virtual Power Systems (VPS) at a time when data centers are recognizing the critical need to utilize Software-Defined Power,” said Peter Gross, VPS’ Chairman of the Board. “As permanent CEO, we are excited to continue to benefit from his stewardship, vision and exemplary track record of driving industry leading technology teams.”
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Virtual Power Systems
Unlocks Stranded Power Capacity in Data Centers
Who We Are
VPS is a hardware-enabled software company that provides an Intelligent Control of Energy (ICE) platform that unlocks stranded power capacity in data centers.
What We Do
The VPS platform enables software-defined power (SDP) through machine learning and AI to monitor, predict and orchestrate dynamic power policies across power infrastructure components. When SDP is applied to colocation environments it enables providers to increase utilization of built power capacity resulting in lower $/kW and increase margins. SDP enables colocation providers to safely increase/oversubscribe power allocation while maintaining, and in many cases increasing data center uptime for customer SLA’s
Avoid CapEx and reduce OpEx by fully utilizing existing power infrastructure.
Increase Power Utilization
Unlock stranded power, eliminating the need to over-provision power capacity while protecting workloads.
Using machine learning and AI to dynamically inject energy to protect workloads
Technology Alliance Partners
Virtual Power Systems is proud to be working with the following partners: