VPS Software Defined Power

Our industry breakthrough SDP platform identifies, aggregates and pools all sources of stranded power in the data center, and makes it available to any rack, node, workload or circuit on demand in real time, automatically, using machine learning and predictive algorithms. VPS is the last pillar of the software defined data center (SDDC), providing the same kind of technology, CAPEX, and OPEX benefits for power that VMware did for servers, storage, and network virtualization.

Intelligent Control of Energy (ICE) and Software Defined Power + Hardware = The Industry’s First Hyperconverged Power Infrastructure Solution

 

 

What Does Software Defined Power Do?

How Software Defined Power Works

ICE Mechanisms and Use Cases

ICE Peak-Shaving

 Optimize power utilization by mitigating buffers with source mixing.

  • Continuously analyzes power consumption across data center
  • Considers charge levels from all energy storage devices in the topology. (Improves battery lifetime)
  • Distributes peak shaving responsibilities across batteries for maximum overall benefit
  • Handles missing data seamlessly to ensure operation even in periods of short disconnects

ICE Dynamic Power

Unlock your redundant power infrastructure

  • ICE Dynamic Power Capacity algorithm leverages intelligent power flow control relays to create capacity on-demand from redundant power infrastructure
  • Helps Data Centers separate their power infrastructure availability from the application availability allowing them to create a wider spectrum of SLAs out of their existing redundant infrastructure
  • Data center is able to run new loads without interruptions during periods when both power sources are available. If one of the power sources is not available ICE Dynamic Power manages the additional load based on a pre-defined SLAs including guaranteed hold-up times and prioritization

ICE Power Mix

Utilize multiple power sources.

  • Increase efficiency and utilization of your infrastructure by intelligently allocating power to individual nodes based on need and historical patterns.
  • Maintain world class SLAs with dynamic power capping eliminating drastic changes in IT node performance.
  • Increase granularity of power control with node level policies that are automatically enforced based on priority and availability.

ICE Load Tuning

Control power on IT nodes

  • Increase efficiency and utilization of your infrastructure by intelligently allocating power to individual nodes based on need and historical patterns.
  • Maintain world class SLAs with dynamic power capping eliminating drastic changes in IT node performance.
  • Increase granularity of power control with node level policies that are automatically enforced based on priority and availability.

Benefits and Return over the Investment

Improve utilization levels by up to 2X

Dramatically increase utilization within the existing power and IT footprint while simplifying infrastructure management.

With ICE your power utilization scales with IT infrastructure

ICE automatically identifies new hardware and ensures power availability dramatically simplifying the complexity of adding or replacing servers, racks, pods or containers.

ICE Ensures you have power exactly where you need it

ICE puts peak load shaving and backup power directly in the rack, eliminating single points of failure at a fraction of the cost of legacy redundancy-centric solutions.

Power optimization is complex, let ICE handle the details

ICE intelligent Software manages ICE Hardware. It automatically discovers new hardware, monitors power behavior and learns your data center’s usage patterns in real-time.

Virtual Power Systems

691 S. Milpitas Blvd., Suite 215
Milpitas, CA 95035
+1 866 877 7115
info@virtualpowersystems.com