Time Series Foundation Models - current state and future directions
TCI 2013 Different Approach in Cluster Strategy in Iceland
1. Different Approach in Cluster Strategy in Iceland
Hákon Gunnarsson
Breakout Session: Strategic desing thinking – cluster strategy
5 September 2013
2. Hákon Gunnarsson
Education
1996 Cand.merc. (M.Sc.), Copenhagen Business School
1986 Cand.oecon, University of Iceland
Career
2000-2008 Capacent – Head of Strategy
1997-1999 Iceland Alloys – CFO
1996-1998 Samsölubakarí – Managing director
1995-1997 Aflvaki hf., Investment Development Agency
1993-1995 World Championship Handball 1995
1987-1990 Icelandic Soccer Pools Managing director
4. ddddddddddddddddddddd
SCANDINAVIA – Total population 26 million
Iceland is 1,3 % of the whole area
Iceland geothermal
Iceland: 0,3 m
Norway: 5,0 m
Denmark 5,6 m
Sweden: 9,5 m
Finland 5,4 m
6. Iceland is not invited to the party anymore
World Economic Forum Competitiveness Ranking 2012
-3 -4
-12 -14
-32
Finland Sweden Denmark Norway Iceland
7. Michael Porter and Christian Ketels in Iceland
2 October 2006
Drivers of Iceland’s Competitiveness
- Key strengths in
infrastructure, basic
skills, administrative
capacity, and openness to
competition.
- Key weaknesses in the
innovation
environment, depth of
clusters, and demand
conditions
Overheating
economy
• Iceland’s
prosperity is
ahead of its
competitiveness
8. Key Clusters in Iceland
Established ones Emerging ones
Specialty food
Specialty apparel
Tourism
Creative
industries (rock
music, video
games etc. )
Life Science
Fishing Products
Energy intensive
Metal Production
9. Key Clusters in Iceland
Established ones Emerging ones
Geothermal
Specialty food
Specialty apparel
Tourism
Creative
industries (rock
music, video
games etc. )
Life Science
Fishing Products
Energy intensive
Metal Production
10. How did this initiative started?
Net Primary Energy Use in Iceland, 1940-2011
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
1940 1950 1960 1970 1980 1990 2000
Coal
Oil
Geothermal
Hydropower
Peat
Source: Natural Energy Authority of Iceland
11. Total current installed capacity: 10.954 MWe
Total potential capacity: 193.500 MWe
12
Indirect Geothermal Use: Current and Potential Capacity
• Only about 5% of potential capacity has been exploited
• About 40% of unexploited global capacity is in Asia, and 20% in North America
4,100
43,000
0
16,100
174
14,000 3,900
74,300
640
9,000
1,060 4,200
575 4,300
Current installed capacity in region
Potential capacity in region
510
28,600
Source: Islandsbanki, 2008
North America
Central America
South America
Iceland
Europe
Africa
Oceania
Asia
13. Mobilizing the Icelandic Geothermal Cluster
Mapping and
Profiling
• October 2009 – June 2011
• Mapping and analysing of the
Icelandic Geothermal Cluster
Joint Efforts
• July 2011 – December 2012
• Joint efforts of the cluster initiative
14. Joint Efforts - July 2011 – Dec 2012
Source: Greenbook. Ketels, Lindquist, Sölvell 2003
Cluster
Expansion
Innovation
and
Technology
Eductation
and Training
Commercial
Cooperation
Policy Action
Research
and
Networking
Iceland Geothermal
Conference 2013
Dialogue with
government on
licencing processes
Innovation -
Maintainenance
Startup Geothermal
Energy Fund
Innovation – Project
Management
State of the art project
management program
Data collection on the
impact of geothermal energy
Fund for education on
renewable energy
Seminars on bottom-up cluster
strategy and management
16. Iceland Geothermal Initiative 2013
Service agreement
BOARD
General Assembly
Cluster Management
11 members
• All major Energy companies
• All major engineering companies
• High level academians
• CEO´s of Direct usage companies
Cluster
Expansion
Innovation
and
Technology
Eductation
and
Training
Commercial
Cooperation
Policy
Action
Research
and
Networking
17. Iceland Geothermal at Cross Roads
Mobilize the
cluster
Define a strategy
Execute priority
actions
2009 – 2012 2013 2014 - 2019
Mapping and
Analyzing
2009-2011
Joint Efforts
2011-2012
Cluster Organisation
founded
15 Feb 2013
IGC 2013
March 2013
Strategy Meeting
June 2013
Bottom - Up Top - Down
18. Iceland Geothermal – Define a strategy
Mission
Knowledge
Vision
Communication Innovation
19. Houston of geothermal
Export products
Export servicesExport knowledge
Investment to leverage
expertise
Education and patents Technical services
Operational
management
• Equipment production is currently
not significant
• Lack of capital is a key
constraint
• Could provide
expertise in evaluating
projects to others
• Educational offers exist
but are so far not
commercially viable
• Iceland subscale in
scientific research
• Available knowledge is
not codified
• Solid capabilities and
strong global network
• Currently also low
price level
• Companies tend to
lack size and capital to
lead large projects
• Solid practical
experience
• Relevant companies
largely publicly-owned
• Skills more technical
than commercial
Source: Michael Porter and Christian Ketels 2010
20. Funding of Clusters in Iceland
Iceland Geothermal cluster
[PERCENTA
GE]
8%
Industry Government
Traditional „cluster“ in Iceland
[PERCENTA
GE]
100%
Industry Government
Ladies and gentlemen,It is an honor to be invited to this honorable meeting – and it has been very interesting to listen to the speeches this morning. My name is Hákon Gunnarsson and I am the „cluster manager“ for the organisation „Iceland Geothermal Cluster Initiative“ – a collaboration that has been almost a 4 year in process. It all started when in the summer 2009 Professor Michael Porter and his principal associate from Harvard Business School – the German Dr. Christian Ketels agreed to work on the mapping of the Geothermal Cluster in Iceland and they presented their findings on a conference in Reykjavík in November 2010.
MichaelPorter kom hingað til lands árið 2006 og gerði greiningu á samkeppnishæfni Íslans ásamt sínum nánasta samstarfsmanni Dr. Christian Ketels. Þeir vöruðu okkur við sem frægt er orðið en við hlustuðum ekki. Hrunið varð ekki til þess að minnka áhuga MichaelPorter á Íslandi. Til að gera langa sögu stutta hefur hann fylgst afar vel með íslensku efnahagslífi síðan þá og komið hingað alls fjórum sinnum á sex árum.Það var árið 2009 sem hann féllst á, ásamt áðurnefndum Dr. Christian Ketels, að kortleggja hinn íslenska jarðvarmaklasa í samvinnu við Gekon. Skýrslan og þessi fyrirlestur fjallar um framvindu þeirrar vinnu, stöðuna í dag og hvert hún stefnir. Áður en lengra er haldið er þó rétt að rifja upp það lykilhugtak sem hér um ræðir, þ.e. Klasar.
Theresultfromthemappingwaspublishedin a conferenceonNovember 1st 2010. Everyoneagreeditwas a success.
This work has been going through some phases along the way. The first phase was the mapping of the cluster and choosing the projects the members of the cluster was willing to prioritese. The projects was of many kinds – but all had the aim to strengthen the infrastructure of the geothermal sector in Iceland. I can mention innovation and technical projects, redefining of the education in geothermal energy in Iceland, initiate a dialog between government and industry in the country and data collection, just to name a few. The participants in these projects are over 200 and they are coming from all the major players in the industry.
There are now approximately 50 members of the cluster cooperation – and all of those of importance are there included. There are 9 members of the board of the organization – the chairman being the legendary Mr Albert Albertsson, the deputy director of HS Orka.