IBM Energy & Environment © 2008 IBM Corporation Energy Efficiency in the Data Centre … and beyond Peter Richardson UK Green Marketing Leader.

Slides:



Advertisements
Similar presentations
© 2007 IBM Corporation Steve Bowden Green Computing CTO IBM Systems & Technology Group UKISA Sustainable Computing in a Carbon Sensitive World Blue turning.
Advertisements

© 2008 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice Better business outcomes equal better.
Smart Grid Status in Finland I.Country/Economy Smart Grid Status 1.High priority technical needs for smart grid development and/or deployment Research.
Green IT Presented by: Lauri Petersen Great River Energy.
Environmentally Sustainable IT Una Du Noyer 20 th February 2008.
Primary Benefit Types Value Discipline Benefits – Operating Excellence Reduce Cost Reduce Risk – Product Leadership Increase Revenue – Customer Intimacy.
Zycko’s data centre proposition The very best products and technologies Focus on what your customers need Turning products into solutions Wide range of.
Waste prevention within FM Dr Leigh Mapledoram Products & Services, WRAP.
Presentation By Michael Dunstan
PI – Monitoring Energy in the Data Center Peter Vieites Technology Architect Microsoft Technology Center - New York.
ENERGY EFFICIENT DATA CENTRES – AN OVERVIEW Professor Peter James.
Green Digital Bristol Dr Lorraine Hudson Bristol Futures Group 17 th September 2012.
Nick Hillard, Environment Manager Warwick and the Environment.
Sustainability Internal Drivers and Self-Assessment Dennis J. Stamm VP, Director Lean Enterprise Consulting February 22, 2010.
Commonwealth of Massachusetts Statewide Strategic IT Consolidation (ITC) Initiative ITD Virtualization and Shared Services Executive Briefing Presentation.
TRP Chapter Chapter 4.2 Waste minimisation.
COPYRIGHT © 2014 MITSUBISHI ELECTRIC EUROPE B.V. ALL RIGHTS RESERVED.
Stellar Stars – Reflections of a Center CIO Mike Bolger (KSC) and Kelly Carter (HQ) August 16, 2011.
© 2008 IBM Corporation Sales Training IBM SystemsGreen Energy Efficiency Rapid Assessment Scott Barielle STG Lab.
Funding Discussion State of Vermont Solid Waste Management Districts and State Programs.
Building Sustainable MIS Infrastuctures
HK ICT Elite Forum Power Panel Discussion I – Green ICT Panelist: Mr.Fu Zhiren General Manager, Data Communications Dept, China Telecom Shanghai Mr.Patrick.
CS38010 Professional Issues in Software Engineering Sustainability.
SECRET Green Procurement Office of Greening Government Operations May 4, 2006.
Technology for better business outcomes MTC's 2009 Business Forum HP Confidential MTC’s 2009 Business Forum Eco-efficient Printing Jim Heffernan.
BENEFITTING FROM GREEN IT – FINDINGS FROM THE SUSTEIT PROJECT Professor Peter James
SUSTAINABLE ICT IN UNIVERSITIES AND COLLEGES - What is it, and how can we achieve it? Peter James and Lisa Hopkinson
Sustainable IT John Pollitt – Head of IT Services, City College Norwich.
© 2009 IBM Corporation Let’s Build a Smarter Planet Thongchai Watanasoponwong – Country Manager Power Systems, STG September 15 th, 2009 Green IT เทคโนโลยีสีเขียวเพื่อสิ่งแวดล้อม.
Introduction to EMC.  Data Centre physical infrastructure specialist  Technical environment M&E.
Partnership for Urban South Hampshire Sustainable Growth.
Green IT Vijay Sethi VP – IS and CIO Hero Honda Delhi June 18th 2008.
COMP 2923 Basics of Green IT Danny Silver JSOCS, Acadia University.
©2013 – JouleX Enterprise Energy Management Quickly identify energy waste Reduce energy usage and costs Lower carbon emissions Agentless, network-based.
“Green IT” and the University of Leeds Colin Coghill, Formerly ISS Director, University of Leeds (Lead for the.
SAM for Virtualizatio n Presenter Name. Virtualization: a key priority for business decision makers Technavio forecasts that the global virtualization.
Performance and Development Sustainable Procurement The path to progress and efficiencies Janet Chapman Sustainable Procurement Officer.
Overview of Data Center Energy Use Bill Tschudi, LBNL
1 Drivers for Building Life Cycle Integrations Jim Sinopoli.
Slack, Chambers and Johnston, Operations Management 5 th Edition © Nigel Slack, Stuart Chambers, and Robert Johnston 2007 The operations challenge Chapter.
Construction Commitments: Halving Waste to Landfill Breakfast Briefings October - November 2008.
ThinDesk, Inc.. What is Thin Computing?  IT Industry is buzzing about Green IT, Virtualization both in the Data Centre and on the Desktop, Public / Private.
Kim Hockley 1 TOTAL SA – ENERGY EFFICIENT STATION TOTAL 14 TH AVENUE.
Desktop Virtualization Joshua Bradfield Dan Bacus Data Center Solutions Manager Sr. Engineer.
Minimising IT costs, maximising operational efficiency NIMM: Key Business Technology Map The core application delivery solutions that.
Optimizing Power and Data Center Resources Jim Sweeney Enterprise Solutions Consultant, GTSI.
Minimising IT costs, maximising operational efficiency IO and NIMM: Now is the time Glyn Knaresborough Director of Strategic Consulting.
Data Center Energy Use, Metrics and Rating Systems Steve Greenberg Energy Management Engineer Environmental Energy Technologies Division Lawrence Berkeley.
Estates across STFC This presentation is to give PPD the opportunity to respond to proposals for the future management of Estates across STFC The proposals.
© 2015 TriZetto Corporation Managed Services Overview Presenter Names 2.
IMS 2020 Intelligent Manufacturing Systems Intelligent Manufacturing Systems Sustainable manufacturing Dimitris Kiritsis.
THE SUSTAINABLE DESKTOP – AN OVERVIEW Professor Peter James
The Design Tool for Civil Engineering projects – an overview Phil Birch & Susan Steensma Cyril Sweett
© 2010 IBM Corporation STRATEGIC ADVISORY COUNCIL MARCH 2011 Enterprise Architecture - Advisory Discussion – Greg Dietzel Vice President, Client Unit Director,
Profiling and Characterising Software Application Energy Consumption Ian Osborne ICT KTN and EEC SIG.
Background Data Centre (DC) energy consumption doubled between 2000 and 2005 and grew by 50% from 2005 to 2010, consuming 1.5% of global primary energy.
Cisco Energy Management Suite Excerpt. Market Drivers for Cisco Energy Management Growing Regulations, Corporate Sustainability and the Environment 
Sustainability Internal Drivers and Self-Assessment Dennis J. Stamm
EAST AFRICAN DATA HANDLERS DATA SECURITY/MOBILITY
Healthy planet = higher profits HP’s approach to sustainability
CIM Modeling for E&U - (Short Version)
Green Supply Chain Management
Greening Your Information Systems
Transition towards Low Carbon Energy Monday 12th June 2017
IBM Green Energy Survey
Sustainability Internal Drivers and Self-Assessment Dennis J. Stamm
1.In your own words, explain the term Green IT.
The Greening of IT November 1, 2007.
Green Government in New York City
Becoming Carbon Neutral
Presentation transcript:

IBM Energy & Environment © 2008 IBM Corporation Energy Efficiency in the Data Centre … and beyond Peter Richardson UK Green Marketing Leader

IBM Energy & Environment © 2008 IBM Corporation IBM Energy and Environment Framework

IBM Energy & Environment © 2008 IBM Corporation IT IBM Energy and Environment Framework

IBM Energy & Environment © 2008 IBM Corporation IT Service and Systems Management Generating and managing the energy usage/carbon footprint of IT Controlling and influencing the energy usage/carbon footprint of IT Management and Governance of the IT Portfolio IT Strategy Directing energy usage/carbon footprint of IT - driven by business strategy Strategy Control Operations MiddlewareDataIT Supply Chain IT Architecture and Solution Design Distributed IT systems Data Centre IT Systems IT Facilities Infrastructure Applications IT Room

IBM Energy & Environment © 2008 IBM Corporation IT Strategy Directing energy usage/carbon footprint of IT - driven by business strategy Strategy IT Room - Strategy  Can green IT support the business  How can energy and environment be included in the IT Strategy effectively  How can constraints on IT be removed  Where to start – greatest opportunities Carbon Strategy Study  Report Outline: –Introduction, Background and Method –Management Summary –Assessment Feedback Energy usage Infrastructure utilisation Level of Green maturity –Green IT Guiding Principles –Green Action Plan Quick win improvement projects Project roadmap

IBM Energy & Environment © 2008 IBM Corporation IT Service and Systems Management Generating and managing the energy usage/carbon footprint of IT Controlling and influencing the energy usage/carbon footprint of IT Management and Governance of the IT Portfolio IT Strategy Directing energy usage/carbon footprint of IT - driven by business strategy Strategy Control Operations MiddlewareDataIT Supply Chain IT Architecture and Solution Design Distributed IT systems Data Centre IT Systems IT Facilities Infrastructure Applications IT Room - Operations

IBM Energy & Environment © 2008 IBM Corporation IT Service and Systems Management Generating and managing the energy usage/carbon footprint of IT Operations Distributed IT systems Data Centre IT Systems IT Facilities Infrastructure IT Room - Operations Power use Chiller/ cooling tower Information technology LightingSwitch/ gen Uninterruptible power supply (UPS) Power distribution unit Computer room air- conditioner Humidifier Cooling systems Electrical and building systems % of total data centre electricity use Data Centre Cooling and Energy Efficiency Assessment Recommendations that can provide 15 – 40 % energy savings

IBM Energy & Environment © 2008 IBM Corporation IT Service and Systems Management Generating and managing the energy usage/carbon footprint of IT Operations Distributed IT systems Data Centre IT Systems IT Facilities Infrastructure IT Room - Operations Power use Chiller/ cooling tower Information technology LightingSwitch/ gen Uninterruptible power supply (UPS) Power distribution unit Computer room air- conditioner Humidifier Cooling systems Electrical and building systems % of total data center electricity use Accelerator for Rationalisation – evaluation workshop Zodiac and SPACE Assessments Save up to an average of 72% in data centre operational costs

IBM Energy & Environment © 2008 IBM Corporation IT Service and Systems Management Generating and managing the energy usage/carbon footprint of IT Operations Distributed IT systems Data Centre IT Systems IT Facilities Infrastructure IT Room - Operations Servers Desktops Displays Laptops Printers Copiers Network equipment Office Home Hotel Distributed IT Energy Efficiency Assessment Savings of 20-30% of energy costs

IBM Energy & Environment © 2008 IBM Corporation IT Strategy Directing energy usage/carbon footprint of IT - driven by business strategy Strategy IT Service and Systems Management Generating and managing the energy usage/carbon footprint of IT Operations Distributed IT systems Data Centre IT Systems IT Facilities Infrastructure Controlling and influencing the energy usage/carbon footprint of IT Management and Governance of the IT Portfolio Control MiddlewareDataIT Supply Chain IT Architecture and Solution Design Applications IT Room

IBM Energy & Environment © 2008 IBM Corporation Controlling and influencing the energy usage/carbon footprint of IT Management and Governance of the IT Portfolio Control MiddlewareDataIT Supply Chain IT Architecture and Solution Design Applications IT Room - Control  Integrate the carbon elements of the IT strategy into the overall Architecture framework  Adapt the IT Solution Design process to ensure that energy efficiency is considered in each IT project IBM Architecture consultancy services

IBM Energy & Environment © 2008 IBM Corporation Controlling and influencing the energy usage/carbon footprint of IT Management and Governance of the IT Portfolio Control MiddlewareDataIT Supply Chain IT Architecture and Solution Design Applications IT Room - Control  How many applications ?  Duplication ?  Rationalisation ?  SOA – one, efficient application for one service Application Portfolio Assessment Reduce number of applications by 66% (15,000 to 4,700) Defects down 58% and maintenance costs down 20%

IBM Energy & Environment © 2008 IBM Corporation Controlling and influencing the energy usage/carbon footprint of IT Management and Governance of the IT Portfolio Control MiddlewareDataIT Supply Chain IT Architecture and Solution Design Applications IT Room - Control Visibility See your business Control Manage risk & compliance Automation Build agility into Operations  Middleware selection with consideration of the carbon impact  Middleware design and deployment with consideration of the carbon impacts  Configure and tune the middleware to be energy efficient?  Prepare the infrastructure to optimise the effectiveness of the middleware Middleware assess, design and build services - for SOA, service & energy management, collaboration

IBM Energy & Environment © 2008 IBM Corporation Controlling and influencing the energy usage/carbon footprint of IT Management and Governance of the IT Portfolio Control MiddlewareDataIT Supply Chain IT Architecture and Solution Design Applications IT Room - Control  Forecasts of continuing large increases in storage requirements resulting in increases of  energy consumption  heat output  space  management costs  backup requirements Data we use everyday Data we keep around for ever Storage Priority Assessment Consulting Engagement (SPACE) -Energy saving of 65% (£1.5m) -Space saving of 70% -Reduction in heat output of 75% Data Mobility Services

IBM Energy & Environment © 2008 IBM Corporation Controlling and influencing the energy usage/carbon footprint of IT Management and Governance of the IT Portfolio Control MiddlewareDataIT Supply Chain IT Architecture and Solution Design Applications IT Room - Control  Does IT procurement include consideration of carbon impacts over the full lifecycle?  Do the IT asset management processes include consideration of carbon impacts over the full lifecycle?  Is disposal of IT hardware actioned to minimise wastage and landfill  Is capital funding an issue Global Asset Recovery Services (GARS) refurbish & reuse disassemble & recycle dispose of meeting environmental & privacy legislation

IBM Energy & Environment © 2008 IBM Corporation IT Service and Systems Management Generating and managing the energy usage/carbon footprint of IT Controlling and influencing the energy usage/carbon footprint of IT Management and Governance of the IT Portfolio IT Strategy Directing energy usage/carbon footprint of IT - driven by business strategy Strategy Control Operations MiddlewareDataIT Supply Chain IT Architecture and Solution Design Distributed IT systems Data Centre IT Systems IT Facilities Infrastructure Applications IT Room – Next Steps This is a journey – where are you on it?  Assess –baseline where you are and where you want to be –agree priorities – short term and long term  Plan  Design  Implement  Manage

IBM Energy & Environment © 2008 IBM Corporation IT Service and Systems Management Generating and managing the energy usage/carbon footprint of IT Controlling and influencing the energy usage/carbon footprint of IT Management and Governance of the IT Portfolio IT Strategy Directing energy usage/carbon footprint of IT - driven by business strategy Strategy Control Operations MiddlewareDataIT Supply Chain IT Architecture and Solution Design Distributed IT systems Data Centre IT Systems IT Facilities Infrastructure Applications IT Room – Summary  Lots of potential to make your IT infrastructure more efficient  IBM can help you on the journey to find the value in going green