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Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

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Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios. Jenny Ure School of Informatics Univ. of Edinburgh. What. - PowerPoint PPT Presentation
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Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios Jenny Ure School of Informatics Univ. of Edinburgh
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Page 1: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Jenny UreSchool of InformaticsUniv. of Edinburgh

Page 2: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

What

The proposal seeks access to / re-use of, existing solutions to problems of competitiveness and sustainability for SMEs addressing these issues in the context of renewable energy in the UK (and beyond)

Page 3: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

How

Collaborative action research to map recurring problem scenarios at different stages in the development

(Sim concept to LOGIC/Pilot/ITF)

Provide Toolkit of Case Studies in Workshop format as basis for step change in planning and managing from pilot to mainstream delivery

Based on collaborative action research / benchmarking across projects

Page 4: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

WHY IT and engineering project managers (across

sectors) identify recurring socio-technical and socio-political problem scenarios as one of the principal drains on time and performance in new developments

Many of these are generic, and have transferable solutions in other sectors or projects, IT managers in other engineering and IT projects identify these as key to competitive advantage, to cost-effectiveness and to system performance

Page 5: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Impact on Competitiveness and Innovation

These are high cost, high risk investments in a dynamic context where established wisdom is not available

Many of the problem scenarios are not documented, or shared as a basis for informing practice or policy

Many are already familiar in other distributed design, development and management contexts

Examples from projects in renewable energy (EU), oil and gas supply chain (W.Australia) and automotive supply chain systems (Brazil)

Emerging Risk

Page 6: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Recurring problem: solution scenarios in the design and management of socio-technical systems

Page 7: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Software designed to standardise safety compliance procedures globally, was actually increasing risk in some local operating sites

One size standards do not fit all

Local operators ignored safety standards that appeared inapplicable

Examples from Oil and GasThe Core and Local Standards Scenario

Page 8: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Examples from the Renewable Energy Research Partnership

Supporting SME Clusters in PV across EU

Prof. Dr. Gudrun JaegersbergUniv of Zwickau /Univ. Of DresdenSaxony/ Germany

Jenny UreSchool of InformaticsUniv. of EdinburghScotland/ UK

Page 9: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Separating design of fixed and locally variable systems cut risks and improved performance

Communities are IS that can add value

Page 10: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios
Page 11: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios
Page 12: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

The Cost of Misalignment

Challenger

Iraq procurement system was deemed a success - technically

Process Management - what ISO Standards miss

Page 13: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Example: Solar Energy SMEs in Spain

Extract from Researchers notes: Stakeholder Issues

Page 14: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Case Studies from Other Regions/Contexts Saxony/Germany (Solar SME cluster) Valencia /Spain (Solar SME cluster) Lombardy/Italy (Solar SME cluster) Portugal (Solar and Wave - SMEs) California (SME) Brazil (SME)

W. Australia (Oil and Gas Supply Chain) Curitiba, Brazil (Automotive Supply Chain)

Page 15: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

1.sampling 2.collecting 3.coding 4.cleaning 5.linkage 6.analysis 7.use

Examples from HealthGrids: Identifying risks and the opportunities at each stage

the human process

the technical process

Page 16: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

1. Background1. Background 55

Technology Diffusion ProcessTechnology Diffusion Process

Concept Feasibility Research Development Field Test Market Implement

Uncertainty about how to proceed

Missed strategic partnering opportunities

Unable to develop and test locally

Unable to secure funding

Difficulty securing first client

GAP

Fig. 1 Final Report Tabara S. (2006) Identifying Barriers in the WA Oil and Gas Supply Chain

Page 17: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

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Requirements/ Specialised criteria of effective clusters Networks

Fig. 2 Final Report Tabara S. (2006) Identifying Gaps in the WA Oil and Gas Supply Chain)

Page 18: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Strategy 2 : PILOT & ITFCompetitiveness through Innovation

The PILOT initiative http://www.pilottaskforce.co.uk/ moved the emphasis to adding value through SME led innovation when cost-efficiencies and standardisation efforts had progressed far enough to mean that other factors such as innovation were becoming more significant differentiators.

Page 19: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Methodology The collaborative action

research process has facilitated opportunities for collaboratively identifying and sharing evidence of barriers and gaps, as well as benchmarking strategies used in other regions at different points in this process.

Page 20: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Strategies to support innovation by end users

•Shared Spaces for exchange SHARE Fairs – PILOT UK / Norway / Australia

•Partnering LME SME Mentoring

•Targeting jointly agreed needs

•Alignment of stakeholder resources to common ends

•Supportive practices for regional SMEs as innovators Fair contractual and payment practices / ITF

•Brokerage and representation PILOT

Page 21: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

…there are known unknowns; that is to say we know there are some things we do not

know. But there are also unknown unknowns -- the ones we don't know we don't know.

Page 22: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Evaluating Environmental Impact

Evaluating Project Risks & Costs

Evaluating Public Acceptance of different scenarios

Obtaining Legal Permissions

Requirements Analysis and Scenario Planning

Recurring problem: solution scenarios at different stages

the human process

the technical process

Even before requirements analysis and development problems begins

Agreeing Roles, Costs, Ownership Benefits, Liabilities

Page 23: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Adapted from a presentation by Alistair Rennie, AMEC, April 2008

e.g. Agreeing boundaries, roles and responsibilities in a reconfigured commercial landscape

Sphere of action Ownership Costs Benefits Liabilities Responsibilities

Page 24: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

e.g. Ownership, Liabilities Costs, Risks and Benefits in a New Strategic Alignment

Page 25: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Strategic Alignment to Common Ends

Page 26: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Methodology

Page 27: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

About AMEC

AMEC's energy businesses offer a comprehensive range of services for oil & gas and power assets that require an understanding of the technical, and the evolving economic, social, political and economic context of use in all the core areas where it provides services

Early appraisal work, selection and definition Engineering design. Project / process management Cost, Safety and Risk Analysis Delivery, commissioning, maintenance and

modifications Environmental impact assessment and monitoring Environmental permitting and approvals

Page 28: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

What

The proposal seeks access to / re-use of, existing solutions to problems of competitiveness and sustainability for SMEs addressing these issues in the context of renewable energy in the Uk (and beyond)

Page 29: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

There are two main sources of innovation. The traditionally recognized source is manufacturer innovation. This is where an agent (person or business) innovates in order to sell the innovation. The other source of innovation, only now becoming widely recognized, is end-user innovation.

Eric von Hippel

Page 30: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Partner Regions / Univ. Industry, Govt.

Core EU Partners

Saxon Region (Germany) Valencia Region (Spain) Lombardy Region (Italy) Scotland (Edinburgh,

Aberdeen)

Non EU partners

Perth region (W. Australia) Parana region (Brazil)

Page 31: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

The Challenge

The rapid growth of the PV sector offers economic opportunities for Europe that must be seized now unless they are to be ceded to other regions of the world. The coming years will be decisive for the future role of the European PV industry.

Page 32: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

SMEs are central to EU economy and innovation in this area, yet they..

are not well supported / integrated in regional or transregional clusters

– fragmented support by University, in research and training

– little representation in policy fora and larger operators

lack shared technical infrastructure

– to support consortia, despite EGEE and other EU platforms

lack shared strategies standards, practices, protocols that are SME friendly

– despite development of these for SMEs in some other energy sectors (PILOT, ITF)

Page 33: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Problem Context: Builds on previous projects in comparable sectors and regions

Benchmarking SME integration and innovation scenarios in the oil and gas supply chain

Integrating SMEs in the automotive supply chain to enhance benefits for local SMEs and global operators

Aligning distributed technical and human networks in large-scale Grid collaborations

Mapping gaps and barriers in socio-technical systems

Page 34: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

e.g. Benchmarking SME integration and innovation scenarios in the oil and gas supply

chain (W. Australia/ Scotland)

Page 35: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Benchmarking Evolving Models of Competitiveness and Innovation

cost-cutting model - at expense of SMEs in the supply chain (UK LOGIC/CRINE Initiative)

innovation based model - dependent on integration and support for SMEs in teh suppy chain (UK PILOT Initiative)

http://www.logic-oil.com/http://www.pilottaskforce.co.uk/

Page 36: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Benchmarking Recurring Problem: Solution Scenarios…

Problems in W. Australia Solutions Used from UK

Critical gaps in communication with other stakeholders in education, industry and government

lon future focus of strategic development by influential players, where SMEs can target limited resources

lon policy

lon R&D

lon training

lBenchmarking solutions in mature regions (PILOT)

lSHARE fair for early sight of LME strategic development plans

lHigh level steering cttee to support SME integration

lJoint working with regional Universities to map and manage communication networks

Ownership of Innovation, and opportunities to implement it

lIP issues meant few benefits from resource investedlSupport for development from Univ. and regional government poorly coordinated

l communication of emerging SME innovations to LMES

lBenchmark UK best practices to support innovation in SMEs in Oil and Gas

SME vulnerability to changes in costs, risks, liability for delay, cash-flow

lSMEs squeezed out and supply chain lost nice knowledge and practice based innovation

Benchmark templates in UK and Norway for regulating payments to SMEs

Core and local standards

Cultural differences in implementation of ‘standard’ systems

Page 37: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Benchmarking recurring ‘soft’ problem: solution scenarios e.g.

Difficulty of implementing standards across different social, organisational, economic contexts

e.g. applying core EU safety compliance procedures made the plant more unsafe, as it was perceived as inappropriate, and thus ignored by staff

Core and local standards, managed and implemented locally

Differences in implementation and performance of systems in different regions and in different communities

e.g. ‘Just in time’ assembly lines designed in EU context where time and space very tightly coordinated, but poorly implemented in regions (Curitiba) where time and space are not at a premiume.g. procurement systems often not correctly followed. Local social ‘workarounds’ preferred, so ‘official’ procurement records were often wrong, leading to costly assembly line failures, flying in parts etc.

Two way exchange of staff and students to raise awareness and facilitate reading of problems and response to them

Page 38: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

e.g. SME integration and innovation in the automotive industry (Germany: Brazil)

Page 39: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Aligning distributed networks to add value. (technical, social, organisational)

Identifying socio-technical and cross-cultural issues in trans-regional collaboration*

barriers to SME integration in the supply chain

addressing these issues through trans-regional research, placement, training networks

*Link to refs.

Page 40: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Recurring Socio-technical Problem: Solution Recurring Socio-technical Problem: Solution Scenarios at Different Stages in Supply ChainScenarios at Different Stages in Supply Chain

the distributed human process

the distributed technical process

Page 41: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Saxony

Proposal to extend preliminary resarch in Proposal to extend preliminary resarch in these issues in currently emerging these issues in currently emerging

trans:regional PV clusterstrans:regional PV clusters

Valencia

Lombardy

Rome

Scotland

Page 42: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Initial findings in partner regions indicate emerging issues such as…

Political and Legal factors such as feed in tariffs, tax laws affecting investment/profits

Lack of Quality Assurance standards

Lack of skills / training

Lack of coordination with educational, governmental and industry stakeholders

Page 43: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

continued..

Lack of unified systems and processes, combined with excessive bureaucracy

Lack of a unified voice in lobbying regional and national government

Lack of a platform/forum for accessing/disseminating information

Emerging clusters leveraging different regional strengths (e.g. Krannich)

Page 44: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Issues also evident in other studies

Report by the Photovoltaic Technology

Research Advisory Council

(PV-TRAC)

Page 45: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Also - emerging transregional clusters of SMEs are now leveraging different regional strengths in new ways

GermanySpain, ItalyEngineering & R&D strengths

Assembly & Marketing strengths

Page 46: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Aims of the Proposal

1. Extend stakeholder analysis of gaps, barriers and explore emerging transregional cluster model

2. Support sharing and reuse of recurring problem: solution scenarios

3. Develop a jointly recognised R&D module (case studies developed by students on placement between partner regions) that can be combined with onsite modules reflecting regional knowledge.

4. Explore requirements for Cloud platforms to provide scalable and SME friendly vehicles for collaboration in R&D

Page 47: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

1. Stakeholder analysis

To identify gaps, barriers and opportunities to integration of SME clusters with and across regions

In particular, for emerging trans-regional ‘brokerage’ models

To support collaborative action research with regional stakeholders as a basis for policy within and across EU regions

Universities

SMEsGovt. Organisations

Page 48: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Identifying Costs and Benefits of Different Cluster / VO Structures

Pilot research highlighted transient models of SME-led collaboration across regions which could be supported (Link to reports/publications)

Page 49: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

2: Mapping Recurring Problems and Solutions at different stages in the PV supply chain

Jan Brunner(2008) Der Spanische Fotovoltaiksektor - Gaps & Barriers (Internal Report, August 2008) In Jaegersberg G., and Ure J.,Project Report.

  

Informing research policy and practice through collaborative action research

Page 50: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

growth maturity decline

2: Benchmarking Recurring Problem:Solution Scenarios as before e.g.PILOT/ITF – WA

WA UK North Sea (Pilot / ITF)

Page 51: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

3. Joint research and training development to fill skills gap.

Leveraging diverse regional expertise to provide competitive online professional development,

and knowledge transfer, building on case study placements in partner regions

Spain

W. Australia

BrazilGermany

ItalyUK?

Page 52: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

demand for CPD in an evolving, knowledge-based market need for ‘portable’ qualifications/credit transfer need to benchmark ‘best practice’ need for international partnerships opportunities to facilitate adoption of shared standards opportunities for strategic alignment of diverse strengths cost barriers for SMEs in these areas opportunities for transfer of solutions to recurring problems opportunities to learning from regions at different stages of

maturity

Benefits

Page 53: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Local centres R&D

EuropeanHPC centres Policy

4: Explore potential to leverage EU Investment in trans-regional ICT platforms (Grid/Cloud)

Develop requirements for SMEs in renewables consortia across regions

• with the construction industry• with partners in other regions• with research consortia• with project specific consortia

National/ regional centres Knowledge Transfer through

Universities

Taskforce: Towards a new level of High Performance Computing facilities for EuropeTaskforce: Towards a new level of High Performance Computing facilities for Europe P.J.C. Aerts, K. Koski, F. LozanoP.J.C. Aerts, K. Koski, F. Lozano

Page 54: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Interacts with

Goes to

Contributes to

Delivers

Prepares / agreesSupport delivery of

Implements, complies with & uses

VEVE NetworkNetworkProductor serviceProduct

or service

......

StandardsStandards

ICT platformICT platform

ProceduresProcedures

Enterprise(legal entity)Enterprise

(legal entity)

CustomerCustomer

Participates inLeadsInitialises

Coordinatesco-delivery of

Shares,

collaborates using

Karvonen, I. 2005

Leveraging earlier EU projects on VOs

Page 55: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

Addressing Strategic EU Issues

‘a paradigm change is needed in which EU values such as Unity in Diversity are preserved in a new social

and economic model that supports SMEs’

alternative models for achieving competitiveness through innovation

sustainable economic, social and environmental renewal

role of SMEs in both of these

Lisbon Agreement/GothenburgAgreement /Aho Report to the EC

Page 56: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

‘a paradigm change is needed in which EU values such as Unity in Diversity are preserved in a new social and economic model that supports SMEs’

Page 57: Designing / Deploying Wave Energy Systems A Toolkit for Socio-Technical Problem Scenarios

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