Roadmap, Project portfolio and Examples Kenneth Johansson CEO KIC InnoEnergy Sweden +46 70 6290556 kenneth.johansson@kic-innoenergy.com
Short term / Long Term Strategy and alignment
Roadmaps and Competence Mapping Wind Assessment Tools Monitoring Systems for O&M reduction Off-shore (shallow OSW waters) Off-shore (deep ODP waters) Geothermal heat GHP pumps. Distributed generation DH District Heating Advanced Wafer AWCS Crystalline Silicon TF Thin Film Building Integrated BIPV PV Modular 0.3 to 1 MW Wave Energy iWEC Converters with innovative PTO Storage specific SSS solutions GI Grid integration
SSS MSO 2022 2017 GHP 2017
WAT
CRL 4
MSO
many customers would buy
S M
L
Market Size
DH 2012
BIPV 2017
iWEC 2022
DH BIPV 2017 2022 WAT 2022
ODP 2022
TF 2022
OSW 2017
GI 2022 AWCS 2017
CRL 3 at least one customer would buy
WAT 2017
CRL 2
MSO 2012
need within 1-5 yrs
iWECAWCS 2017 2012
BIPV 2012
ODP 2017 OSW 2012
SSS 2012
CRL 1 future > 5 yrs need
GI 2017
TF 2017
GHP 2012
iWEC 2012
WAT 2012
TF 2012 ODP 2012
GI 2012
TRL 1-3
TRL 4-5
TRL 6-7
TRL 8-9
basic observations
R&D phase, laboratory development
pilot or type test validation
First commercial project in operation
Market segment Roadmaps
Competence Mapping 3
Roadmap development Inputs Partner roadmaps
EEGI R&D Projects
Ranking
Transm. Distrib. Storage
Prioritization criterias : • • • • •
Market Value/Potential Innovative Characteristics Interest To InnoEnergy Partner Time To Market Internal Competence
Smart Grid and Storage Roadmap Smart Transmission Network
Smart Distribution Network
Storage as tool for Network flexibility
Smart Ditribution Network
•
Smart substation with decentralized measurement and switching
•
Innovative controllable power components
•
ICT systems for enhancements of existing distribution assets
•
Optimization of electrical system with support of heat systems
•
Innovative distribution network control and protection
•
New technologies for distribution networks (e.g. DC)
•
Power electronic based power components
Smart Transmission Network
•
Semiconductor enabled transmission technologies eg. Flexible AC Transmission System (FACTS) and HVDC Network
•
Enhancements of existing transmission assets
•
Condition based maintenance (Asset Management)
•
Monitoring systems
•
Innovative transmission network control and protection
•
DC Grids with Voltage Source Convertors (VSC)
Storage, Technology and Applications
Š2013 SBC Energy Institute
Storage as a Tool for Network Flexibility
•
Large scale storage and aggregators
•
Local storage technologies e.g. Li-ion batteries, super capacitors
•
EV Batteries as a tool to store excess production
•
EV Batteries as a tool to V2G (Vehicle to grid )
KIC InnoEnergy | Boosting Innovation for
Cost benefit of Smart Grid is complex .. There are tools available
Source: JRC report “Guidelines for cost benefit analysis of Smart Grid projects�
Roadmap
• What’s the purpose of a Roadmap? • Serves as a guideline to: •
Understand in what areas we expect we can make a difference
•
Direct calls for proposals of new projects
• How to use it? – Check project ideas vs identified technologies & products – Trigger to develop ideas
Innovation Projects - Smart Grid & Storage Portfolio
2011 1
2011 Projects INSTINCT CIPOWER EE STORAGE SG MATERIALS SMART POWER POLYGENERATION 2013 Projects ESPE HICAPS HYMES InCoTrans Materials ProInterface SST 2014-I Projects SAGA CySeMol VALUFLEX 2014-II Projects COFAST FOGA
2
3
2012 4
PS
AS
PS
AS
PS
AS
PS
AS
PS
AS
PS
AS
1
2
3
2013 4
1
2
3
2014 4
1
PS
AS GRP
PS
AS GRP
PS
AS GRP
2
PS AS GRP PS
AS
PS
AS GRP
PS
AS GRP
PS GRP PS GRP PS
PS PS
3
2015 4
1
2
3
2016 4
1
2
3
2017 4
1
2
3
4
Innovation Project Examples • With Multinational Corporation • With SMEs
Solid State Transformer
Complete Value Chain: Utility/DSO: Identify product requirements Assessment of grid benefits
Project Plan M1. Feasibility Gate: Feasibility Study (B,Q) M2. List of system benefits (Q) M3. Functional/technical specification report (Q) M4. List of functions desired (B,Q) M5. Basic Design report (Q) M6. Test evaluation report (B) M7. Final report (B,Q)
M1 Start
2014
Manufacturer: Design prototype and manufacture, Design a product for a pilot installation
University: Identify system benefits Functional specification
M2
M3
M5 2015
M6
M7 End
Market-ready Cyber Security Modeling Language
Theory developer (KTH/TNO)
•
Project initiated by an SME which is founded by researchers in a university to bring their idea to market
•
First interested customer is already involved in the project
•
Full integration of knowledge triangle
Utility
Integrator Product Owner (MD)
Consultancy
Customer (ABB)
Complete Value Chain:
Research, Development, Supplier, End User
CorPower Ocean AB USPs: - Lower CAPEX - Lower OPEX
- 3-5 x lower Cost/kWh - 5-30 x higher kW/kg - 20 x less km2/MW - 2 x Capacity factor
Innovation Project: Product Development & Commercial Pilot
Complete Value Chain:
Research, Development, Supplier, End User