REViSITE Framework
Keith Ellis
REViSITE - WP2 Lead
Intel Labs Europe - Ireland
Develop a cross-sectorial RTD roadmap with respect to ICT4E
“...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…”
Often the issue is not a lack of
technological options but rather a
problem in understanding what
choices will have the greatest
impact
There exists a real need for a common means of
assessing the impact of ICT on Energy Efficiency
Best Practice utilises some form of Life Cycle approach
Body
Method
Direct
effects
Enabling
effects
ITU (International Telecoms Union)
Hybrid LCA
Yes
Yes
Hybrid LCA
(National level)
Yes
Yes
iNEMI (International Electronics Manufacturing Institute)
Process-LCA
Yes
No
IEC (International Electrotechnical Commission)
Process-LCA
Yes
No
Ericsson
Process-LCA
Yes
Yes
ATIS (Alliance for Telecom Industry Solutions)
Process-LCA
Yes
Yes
Hybrid
Yes
Yes
ETSI (European Telecoms Standard institute)
GeSI ( Global e-Sustainability Initiative)
ISO LCA standards 14040 /44 & British standards Institute PAS-2050
Typical product life cycle
Raw material
extraction
Design
Production
Typical ICT life cycle
Specification
& design
Material selection
& Construction
Operational &
Maintenance
Specification &
design
Specification
Automation &
Materialisation
operation
Support
Operation
&
Development, Test
Concept, want/need
& design
Support
& Deployment
Resource & process management
REViSITE bounded life cycle
Design
7
End of life
Trading
management
Typical building life cycle
Material production
& Transport
Usage
Technical Integration
Materialisation
Usage
Demolition-disposal
Decommission
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 & realtime communication
Trading
management
T
Resource & process management ICTs
14. Inter-Enterprise coordination
15. Business Process Integration & collaboration
Specification
&
16. Knowledge sharing
Materialisation
17.design
Data mining & analytics
18. Modelling & simulation across the life cycle
S
M
R
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
Automation
& Visualisation
13. User
Centred Data
A
operation Support
Technical
Resource & process management
T
Technical Integration
Trading / Transactional management ICTs
23. Trading & Energy Brokerage
8
19.
20.
21.
22.
integration ICTs
ICT standards and protocols
Real-time analytical technologies
Integration technologies / approaches
Cloud based services
SMARTT Taxonomy based on a bounded life cycle
Input
material
component
- Maturity +
Design
5
4
3
2
1
Materialisation
Usage
Capability Building blocks or criterion
Interpret
Adoption delta
EE impact
Criterion
√
√
√
Adapted Capability Maturity Framework
End of
Life
Adapted Capability Maturity Framework
Capability Building blocks or criterion
Interpret
Criterion
Adoption
delta
√
5
- Maturity +
4
√
3
2
1
EE impact
√
1.Define &
Categorise
2.Refine
3.Assess &
Estimate
Thank you for your listening
www.revisite.eu