Virtual Power Systems and SAP Issue Report on Improving Power Utilization of SAP HANA® with Sofware-Defined Power
Thursday, December 12, 2019
AI and Machine Learning Optimize Power by Workload, Rack, Row, and Data Center
MILPITAS, Calif., Dec. 4, 2019 /PRNewswire/ -- Virtual Power Systems (VPS), creator of Software-Defined Power® (SDP), together with the SAP(®) Co-Innovation Lab, have released a joint white paper about how to "Improve Power Utilization of SAP HANA(®) with Software-Defined Power." VPS enables data center operators and tenants within colocation facilities to leverage Software-Defined Power to optimize their power usage and reduce monthly power operating costs.
The growing demand for data centers to lower their carbon footprint requires smarter allocation and provisioning of power. This white paper focuses on the key role that SDP, specifically, VPS's Intelligent Control of Energy(®) (ICE) platform, can play in enabling data center operators to move from typical power utilization below 30 percent to upwards of 60 percent in a 2N power topology data center without affecting the reliability or uptime of the existing infrastructure.
The SAP Co-Innovation Lab is a global network of co-innovated solutions from various companies. During the month-long exercise of the ICE platform in the SAP Co-Innovation Lab in Silicon Valley, VPS showcased several use cases that enhanced SAP HANA operations. In the first use case, the ICE platform allowed SAP HANA to use more power as data processing surged while maintaining a flat power profile by shaving off excess power spikes as a peak-shaving event. This is especially advantageous in a large deployment as it prevents the Uninterruptible Power Supply (UPS) from being activated when such circumstances occur. The second use case demonstrated how the ICE platform can support SAP HANA in the event of a power feed loss while in the middle of an in-memory transfer as it writes to long-term storage disk arrays. ICE provided stored energy to support the transfer process without interruption and initiated the automated process to orchestrate the migration of workload from one server to another. This provides operators with a high availability solution to keep applications running without sacrificing resiliency.
"Today's data center operators are looking for more automated solutions that will reduce capex costs and energy footprint all while maintaining high nines of uptime," said Steve Houck, CEO of Virtual Power Systems. "Our work with SAP is yet another validation of how our Software-Defined Power ICE platform can help operators have the leanest and most energy-efficient data centers controlled with intelligent automated software."
"VPS is proud to be a part of this collaborative innovation experience," commented Jojo Gregorio, Director of Solutions and Customer Success for Virtual Power Systems. "SAP has supported our goals and ensured our time in the lab was successful. With their global reach, The SAP Co-Innovation Lab will help spread the word of the many benefits of software-defined power using VPS' Intelligent Control of Energy platform."
The whitepaper focuses on key technical features of the ICE platform, including:
-- Data collection from SAP HANA - ICE defines the power profile and helps
the data center reduce stranded power to increase overall power
utilization over time.
-- Power allocation -Improves allocation based on power consumption
predictions.
-- Power assurance - Using machine learning, ICE can learn the power
profiles of each SAP HANA deployment over time and assign the
appropriate power limits for peak-shaving.
-- Power-aware workload orchestration - ICE plays an important role in
allowing data centers that have virtualized workloads (containers and
virtual machines) to use ICE to increase power distribution utilization
and improve the uptime of applications using machine learning.
The VPS/SAP white paper and the SAP Co-Innovation Lab video are available now for download.
For more information on how Software-Defined Power and Intelligent Control of Energy (ICE) platform enables the future of data centers, visit: www.virtualpowersystems.com.
Supporting resources:
-- Virtual Power Systems Platform
-- ICE Peak-Shaving Video
-- ICE Dynamic Power Video
-- Power-Aware Workload Orchestration Video
-- SAP
-- SAP Co-Innovation Lab
-- Enterprise ROI Video
About Virtual Power Systems
Virtual Power Systems (VPS) is transforming how next-generation data center and cloud providers provision, manage and utilize power capacity with its ground-breaking Software-Defined Power® and Intelligent Control of Energy® (ICE) technology platform. VPS eliminates the need to over-provision power as ICE dynamically adjusts power delivery as demand fluctuates across data-center workloads, servers and racks. ICE enables data center and cloud providers to generate significant additional revenue within existing power and IT footprints while avoiding millions of dollars in capital expenditures and operating expenses. Additionally, VPS empowers enterprise customers to reduce power infrastructure wait times and costs.
SAP, SAP HANA and other SAP products and services mentioned herein as well as their respective logos are trademarks or registered trademarks of SAP SE in Germany and other countries. Please see https://www.sap.com/copyright for additional trademark information and notices.
Media contact:
PJ Jennings
Jennings & Associates Communications
760-431-7466
pj@jandacommunications.com
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SOURCE Virtual Power Systems
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