IT FUTURE 2011 - Energy efficiency

0 Copyright 2011 FUJITSU TECHNOLOGY SOLUTIONS

Dr. Bernd KoschSeptember 20, 2011

ICT-Enabled Energy-Efficiency- Technology Potentials in Europe -


The Different Faces of Green ICT Environmental optimization of ICT products

Hazardous materials / Resource-efficiency / Waste (Recycling) Product-lifecycle CO2-aspects (PCF, LCA)

Energy-efficiency / CO2-reduction in ICT Hardware-aspects and systems-management ICT-Concepts / -architectures (virtualization) Efficiency-aspects in the data center facility

Energy-efficiency / CO2-reduction by ICT Direct potentials for power-grids / buildings / traffic, indirect effects by factor-substitution

in business processes (materials, travel, space) Assessment methods to quantify the enabling effects of ICT Transparency and control by applying “carbon management“


SMART 2020 – Addendum Deutschland

Energy/CO2 Management

INTERNAL USE ONLYINTERNAL USE ONLY Copyright 2011 FUJITSU TECHNOLOGY SOLUTIONS

Workroup 2Enabling Energy Efficiency in other

Sectors


ICT4EE Forum WG 2 Charter: Enabling Energy Efficiency in other Sectors (transport /

buildings / energy)

Active Membership: • Approx. 15 ICT companies, Telecom service providers, institutions (50/ 40 /10%)• Secretariat and support by DIGITAL EUROPE• Regular participation (observer / advisor) by European Commission

2 Chairmen: B. Kosch (FUJITSU) / D. Torres (Telefonica)

Target: Laying the foundations for pragmatic policy recommendations reflecting the aligned views of the ICT-sector and the target-sectors

Workgroup 2June, 2011


The EU 20-20-20-initiative (2007) Reducing greenhouse gas emissions by 20% Increasing the share of renewables in the energy mix by 20 %-points; Improving energy efficiency by 20%

is failing.with regard to its EE-objective: “The Presidency Conclusions of the European Council of 4 February

2011 acknowledged that the 2020 20% energy efficiency objective is not on track”

A stronger plan is underway:“On 8 March 2011 the Commission adopted a new Energy Efficiency Plan in order to get the EU on track of achieving its 20% energy efficiency …”

“Proposal for a DIRECTIVE OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL on energy efficiency …“ exists since May 2011

Energy Efficiency Discussion in the EU-27

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6 Copyright 2011 FUJITSU TECHNOLOGY SOLUTIONS6Source: European Commission, DG Energy, A new Directive on Energy Efficiency, June 22, 2011



23 Articles (81 pp.) detailing: scope, energy -use/supply /distribution, horizontal provisions, execution (Details at http://ec.europa.eu/energy/efficiency/ )

Relevance for ICT “Efficiency in Energy Use” (chapter II) includes

• Public bodies shall purchase only products in the highest ee-class• Public bodies have to set-up and publish inventories of buildings including ee-ratings (by 31

Dec 2012, annually)• Energy distributors/retailers shall ensure energy-savings of >1.5% of previous year

consumption at their final customers • Member states shall establish a system of penalties, including financial penalties for non-

compliance with this system• Member states shall ensure the availability of efficient high-quality energy audits and

incentive schemes (tax credits subsidies) for SME to undergo such audits (by 2014)

“Efficiency in Energy Supply” /chapter III) is a description of the Smart Grid adoption plan for the EU in tightened regulatory conditions

Proposed Directive, June 22, 2011

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http://ec.europa.eu/energy/efficiency/�


Public sector procurement will probably be restricted to Energy Star 6 rated PCs as soon as this new standard becomes available

In all sectors, energy-wasting inefficient IT will become embarrassing

Energy-efficiency management systems will become a normal routine, at least in large companies and institutions Most systems will rely on IT-support by new applications and will comply to EN 16001 Continuous improvement processes will be part of those systems. As a result, efficiency

improvements in energy-using products, including ICT-products, will be linked to stronger (financial) incentives than today

Immediate Consequences

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ESPRIMO P900 0-Watt 0-Watt-PC Patented Technology of Fujitsu Technology Solutions

Power Supply Unit up to 94% efficiency Halogen free system board Switched Monitor-outlet Saving up to 10% of monitor energy

Zero-Noise-PC When configured with SSD

Optional EraseDisk funktionality (in BIOS) Prevents security hazards when recycled

First 0-Watt PC

“Green PC“ in 2011/03

http://mediaportal.ts.fujitsu.com/pages/preview.php?ref=25616&ext=jpg&k=&search=!collection4+,+tags:PCs,&offset=0&order_by=field12&sort=DESC&archive=0�

http://mediaportal.ts.fujitsu.com/pages/preview.php?ref=3824&ext=jpg&k=&search=!collection11177&offset=96&order_by=field12&sort=DESC&archive=0�


PRIMERGY Dual-CPU (4-core), 2008


PRIMERGY Single-CPU (4-core), 2011


PRIMERGY Dual-CPU (6-core), 2011



Energy-efficiency in client-PCs has reached a mature level, further progress will be slow, alternate concepts are existing, particularly the virtualized client

Server energy-efficiency will continue to grow rapidly (for consolidated environments). Depreciation-periods should be adapted (shortened) to enjoy resulting business benefits

European policy makers are serious about the 20-20-20 target. Be prepared for EU-initiated laws on taxation and subsidies forcing increase of energy-efficiency In electricity distribution, buildings and traffic/transport by adoption of energy-efficiency management (obligations and/or financial

“motivations”) to report status and improvement-plans

Most energy-efficiency increase will be related to the use of advanced ICT-products and –services. Methodologies for realistic and reliable impact assessment are on the horizon.

Summary and Recommendations

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