1. REViSITE Framework Keith Ellis REViSITE - WP2 Lead Intel Labs Europe - Ireland

2. Develop a cross-sectorial RTD roadmap with respect to ICT4EE

3. “...Since our best source of energy is in fact energy efficiency, and also considering the prices of energy, I think it is important from all points of view to achieve real progress of energy efficiency very soon…” “...the real gains will come from ICT as an enabler to improve energy efficiency across the economy... especially in... energy intensive sectors…”

4. Often the issue is not a lack of technological options but rather a problem in understanding what choices will have the greatest impact

5. There exists a real need for a common means of assessing the impact of ICT on Energy Efficiency

6. BodyMethod Direct effects Enabling effects ITU (International Telecoms Union) Hybrid LCAYes ETSI (European Telecoms Standard institute) Hybrid LCA (National level) Yes iNEMI (International Electronics Manufacturing Institute) Process-LCAYesNo IEC (International Electrotechnical Commission) Process-LCAYesNo Ericsson Process-LCAYes ATIS (Alliance for Telecom Industry Solutions) Process-LCAYes GeSI ( Global e-Sustainability Initiative) HybridYes ISO LCA standards 14040 /44 & British standards Institute PAS-2050 Best Practice utilises some form of Life Cycle approach

7. Specification & design Materialisation Automation & operation Support 7 Raw material extraction Design Production UsageEnd of life Typical product life cycle Material production & Transport Specification & design Material selection & Construction Operational & Maintenance Demolition-disposal Typical building life cycle Resource & process management Trading management Technical Integration Concept, want/need Specification & design Development, Test & Deployment Decommission Typical ICT life cycle Operation & Support Design Materialisation Usage REViSITE bounded life cycle

8. T A Automation & operation Support S M R T Technical Integration Resource & process management Trading management Materialisation Specification & design Automation & operational decision support ICTs 8.Secure/resilient wired, wireless & optical infrastructure 9.Embedded intelligent devices (micro architecture) 10.Software & algorithms for monitoring/actuation 11.Inference sensing Software & algorithms 12.Operational decision support 13.User Centred Data Visualisation Resource & process management ICTs 14.Inter-Enterprise coordination 15.Business Process Integration & collaboration 16.Knowledge sharing 17.Data mining & analytics 18.Modelling & simulation across the life cycle 8 Specification & design ICTs 1.Design conceptualisation 2.Human factors Engineering 3.Visual / spatial design 4.Causal Modelling 5.Simulation design function 6.Specification and selection Materialisation ICTs 7.Mobile Decision Support & real-time communication Technical integration ICTs 19.ICT standards and protocols 20.Real-time analytical technologies 21.Integration technologies / approaches 22.Cloud based services Trading / Transactional management ICTs 23.Trading & Energy Brokerage

9. Adapted Capability Maturity Framework Capability Building blocks or criterion Interpret Criterion Adoption deltaEE impact - Maturity + 5 √ 4√ 3 2 √ 1 SMARTT Taxonomy based on a bounded life cycle Input material component Materialisation Design Usage End of Life

10. Capability Building blocks or criterion Interpret Criterion Adoption delta EE impact - Maturity + 5 √ 4√ 3 2 √ 1 Adapted Capability Maturity Framework

11. 1.Define & Categorise 2.Refine 3.Assess & Estimate

16. Thank you for your listening www.revisite.eu