1 Sustainable Computing Simon Tindall EAUC Conference - 18 th April 2007. 1.

Slides:



Advertisements
Similar presentations
© Loughborough University, 2004 Legislative drivers Waste Electrical & Electronic Equipment (WEEE) Directive Restriction of Hazard Substances (RoHS) Directive.
Advertisements

Environmentally Sustainable IT Una Du Noyer 20 th February 2008.
SAVING CARBON, ENERGY AND MONEY. HEEPI Higher Education Environmental Performance Improvement ( - Green Gown Awards events with.
ENERGY EFFICIENT DATA CENTRES – AN OVERVIEW Professor Peter James.
Corporate Environmental Affairs & Product Safety © 2002 IBM Corporation A Continuum of IBM Environmental Leadership: From 1990 to Tomorrow WEC Gold Medal.
The Changing Face of Environmental Legislation: New Policy Directions in the European Union Jeff Vickers (Presenter) Dr Carol Boyle International Centre.
Summary of social responses to manage IT and the environment Eric Williams United Nations University.
Transform your desktop with virtualization. 22 Agenda Evolution of VDI VDI Solution VDI Use Cases Questions & Answers.
March 2010 Zero Client Maximum Savings, Maximum Flexibility Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS.
Farmer School of Business IT’s Relationship to Sustainability: Also known as Green IT Jeffrey W. Merhout, Ph.D., CPA (Inactive) Associate Professor of.
UNCLASSIFIED DCS-4 Departmental Computing Services “Security, Performance, and Support Benefits of Virtualizing the Desktop PC Using a Zero-Client” Kenneth.
Steve Craker K-12 Team Lead Geoff Overland IT and Data Center Focus on Energy Increase IT Budgets with Energy Efficiency.
CHAPTER OVERVIEW SECTION 5.1 – MIS INFRASTRUCTURE
Sustainable Technologies Cost effective Green IT solutions (Reducing your Carbon Footprint) October 2012.
CS38010 Professional Issues in Software Engineering Sustainability.
Participate in Environmentally Sustainable Work Practices
CHAPTER FIVE INFRASTRUCTURES: SUSTAINABLE TECHNOLOGIES
Module 5.2 Green, health and global e-communication issues
BENEFITTING FROM GREEN IT – FINDINGS FROM THE SUSTEIT PROJECT Professor Peter James
The end of recycling- as we know it (or, the next steps to zero waste) Peter Hunt Chairman WasteCare Group Passionate about recycling On behalf of Lets.
SUSTAINABLE ICT IN UNIVERSITIES AND COLLEGES - What is it, and how can we achieve it? Peter James and Lisa Hopkinson
E- WASTE Aditya Chaudhry (12FN-006) Soumyarup Banerjee (12FN-132) Sahil Bansal (12DM-124) Atharv Tilak(12DM-042) Ankit Goyal(12IB-009) Section G Group.
© 2009 IBM Corporation Let’s Build a Smarter Planet Thongchai Watanasoponwong – Country Manager Power Systems, STG September 15 th, 2009 Green IT เทคโนโลยีสีเขียวเพื่อสิ่งแวดล้อม.
NComputing - The Greenest Computing on Earth  Cut Electricity up to 90% - NComputing devices use 1-5 watts of electricity as compared to 110 watts of.
NYS Forum IT Greening Workgroup Thin Client Devices DHCR Experience with Virtual Desktops June 12, 2010.
Seite 1 Session 3 Orientation to E-waste December 2, 2013 Rachna Arora Implemented by.
BY:- Ch.Nabeel Ahmed Superior University Grw Campus
Chapter Ten Safe, Legal, and Green Computer Usage Part II: Energy Efficiency.
The next wave in computing By: Neha Sinha 08BTCSE050 ~
1 Nassau Community CollegeProf. Vincent Costa Session 7 Infrastructures Sustainable Technologies CMP 117 Business Computing: Concepts &Applications.
 S RI S ATHYA S AI E LECTRONIC W ASTE C OLLECTION P ROGRAM 1 st National Youth Conference, May 29 – May 31, 2009, Chicago, USA Srikanth Vadde Region 3.
“Green IT” and the University of Leeds Colin Coghill, Formerly ISS Director, University of Leeds (Lead for the.
Computer Disposal Goes Green. Three billion units of consumer electronics potentially will become scrap between 2003 and That’s nine gadgets thrown.
Green Computing Recycling and Disposal of Waste IT e-learning for the environment the ‘e’ is for ‘e’nvironmental.
AN OVERVIEW OF ENERGY STAR Lisa Hopkinson University of Bradford.
1 Management Information Systems NYC Human Resources Administration Richard Siemer – Deputy Commissioner MIS.
 What is Green Computing?  Green Computing...Why?  Approaches to Green Computing  How to Implement?  Future of Green Computing  GREEN IT For Business.
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.
Desktop Virtualization Joshua Bradfield Dan Bacus Data Center Solutions Manager Sr. Engineer.
INTRODUCING Revolutionary New Technology To The Washroom.
Specification section 7.1. Sustainability 7.1 As the demand for products increases, the materials that we use to make them are running out as many of.
WaterAir EarthEnergy IT and the Environment ConsumerEnabler.
S. SOURD / M. LAURAIRE - FR- Invited - Alpha 1 - Block 3 Barcelona May Environmental consideration in product design proactive commitment.
the next wave in computing
Environmental Impact In this section you will learn about: Energy use Disposal of IT equipment Carbon footprint.
BENEFITTING FROM GREEN IT – FINDINGS FROM THE SUSTEIT PROJECT Professor Peter James
Solar Energy Ashley Valera & Edrick Moreno Period 6.
Focus on the benefits Keep everyone informed and involved Get energy efficient around the office.
1 ENVIRONMENTAL STEWARDSHIP Strategic Petroleum Reserve Practical Experience Learned and Implemented at the SPR June 17, OFEE Environmental Symposium.
1. Contents Introduction What is Green Computing Why Go For Green Computing How Computing Harm Environment Origin Road to Green Computing Approaches to.
By Bhavesh Sankla.  BlackBerry was produced by a Canadian company called Research In Motion (RIM) which was founded in  The BlackBerry Smartphone.
COPS, 2 nd Mai 2013, H. Leuenberger Promotion of Green Industries in Recycling Heinz Leuenberger PhD Director, Environmental Management Branch.
The EU waste Policy – Latest News Michel SPONAR - European Commission, DG Environment.
Staying Ahead of the Curve IFM Outsourcing pushes the envelope on energy savings Chris Pesek, Managing Director Integrated Facilities Management, JLL.
The world's largest conglomerate by revenue Samsung Electronics the world's largest electronics company.
THE SUSTAINABLE DESKTOP – AN OVERVIEW Professor Peter James
How environmental factors have affected mobile phone prices: Sony Ericsson W550 W550 Sony Ericsson.
Electronics Environmental Benefits Calculator Patricia Dillon, Dillon Environmental Associates & Maria Leet Socolof, Abt Associates Federal Environmental.
Sustainable Computing: Innovate, Act & SHARE Giacomo Tufano Italy Systems Engineering Manager Sun Microsystems Italia SpA OpenCamp,
Hardware Considerations
Environmental Impact & Implications Higher Computing Science
Learning Objectives - To understand the different legislation and regulations that have be created to reduce environmental issues - To understand how designer.
Server Virtualization IT Steering Committee, March 11, 2009
GREEN COMPUTING Seminar On Submitted To: Submitted By:
CHAPTER OVERVIEW SECTION 5.1 – MIS INFRASTRUCTURE
Green ICT Actions in China
Harnessing Green IT: Principles and Practices
The Greening of IT November 1, 2007.
Environmental impact of the myRoom system
Recycling and Recovery of Plastic Packaging - An Industry Perspective - Financial opportunities & legislative barriers for the Circular Economy Brussels,
Presentation transcript:

1 Sustainable Computing Simon Tindall EAUC Conference - 18 th April

2 Raw materials consumed by weight. x 200x 2

3 Focus on Performance

4

5

6

7 Efficient Mass Transport

8 Coolthreads Technology

9 Efficiency through Centralisation

10 20 th Century ?

11 21 st Century

12

13 'Lost' Power

14 Sustainability is here to stay. Increasing power density is shifting the balance of cost Source: IDC Time $/yr IT Energy Cost IT Equipment Cost

15

16

17

18 eWaste at Sun > 50% enters remanufacturing All metal and plastic recovered Less than 5% enters waste stream Fully RoHS compliant Ready for next regs European WEEE Directive sets target that 65% of IT equipment must be recycled* *(EC Directive on Waste Electrical and Electronic Equipment (WEEE) and EC Directive on the restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment (RoHS)

19 Sun’s Open Work Program Participation Flex Location Workers 14,803 Participants 46% of Work Force Flexible Offices 127 Locations Worldwide Real Estate 6,600 Seats Saved/Avoided in FY06 = $67.9M Sun Ray - thin clients Over $24M Saved Annually No-Cost Moves and Energy Savings Carbon Reduction 30,000 tons/year and growing Benefits A global, location-independent program providing technologies, workspaces and best practices 2006 EPA Award: 1st in nation for commuter friendliness

20

THANK YOU

22 Sun Ray Thin Clients Average life – 15 years Power – 15 watts, 24 includes servers Heat ~80BTUs Noise – Zero dbs Users per CPU – 25:1, Soon 500:1 No viruses, no data loss Versus Typical Industry PC Average life – 3 years Power: 200–250watts Heat and Noise ~850 BTUs, ~5dbs Viruses, spyware, data loss 94% of users have power maintenance disabled on their PC (EPA estimates) 315M PCs currently waiting disposal The Virtual Display Client... with Zero Administration

23 Fat versus Thin

SunRay Thin Clients Desktop runs on shared server > Gets PC out of the office > 10:1 – 50:1 SunRay to server ratio > No client upgrades! Operational carbon savings Potential for huge carbon savings by avoiding the PC upgrade cycle and associated manufacturing impact SunRay 2 ● 4 watts ● Windows, Linux or Solaris desktop ● Standard monitor, keyboard, mouse