EnergiBasque Technological and Industrial Development Strategy · 2017-01-18 · The Basque RIS3,...

EnergiBasque

Technological and Industrial Development Strategy

Deployment of the Energy area

RIS3 Basque Country

2Difusión de EnergiBasque

The Basque RIS3, embedded in the Basque Science, Technology and

Innovation Plan 2020, selects three priority areas being Energy one of them

Background

Deployment of the smart specialization strategy in the Basque Country

Source: Strategic priorities for Basque Country's intelligent specialization. Basque Government. March 2014.

BUSINESS SECTORS / CLUSTERS

… Markets with Export Potential … Internal Demand

Human Health

Food

Territory

Ecosystems

Planification and urbanregeneration

Leisure and culture

Advanced Manufacturing

Multi SectorialInteligence, materiala and

processes, efficiency, services

Metal

Capital goodsTransport

Autom. Aeronaut. Railw. Naval

Biosciences

RIS3 Priorities

Niches

Energy


The Energy priority is based on the EnergiBasque strategy designed in

2011 that focused on eight strategic areas

Background

The selected areas addressed primarily electricity as energy vector and their connection through smart grids, with storage as enabling technology.

Wave energy

Solar thermos electric

Management of energy services

Electro mobility

Wind energy

StorageALM

Smart grids

Offshore

Unconventional gas exploration

PRIMARY ENERGY

Strategic areas of the first version of EnergiBasque


At the end of 2015 the Energy Steering Group was created as one of the

public-private collaboration spaces for the deployment of Basque RIS3...

Background

PRESIDENCYCompanies

Government and Public Agencies

Scientific and technological agents

Technical secretariat

Composition of the Energy Steering Group


... in charge of the definition and implementation of the Energy strategy in

four areas of activity

Background

Coordination of the Basque agents in the field of Energy

International positioning and promotion of the Basque

Country in Energy

Monitoring and evaluation of policies and actions

Assessment and promotion of policies and funding

mechanisms

Challenges for implementing EnergiBasque


The evolution and detailed design of Energibasque was defined during the

first half of 2016 based on the dynamics of the Energy Cluster Working

Groups, counting with the participation of numerous agents, ...

Design process

234participants

136organisations

8Working Groups

7R&D

agents

3public

agencies47

companies from other clusters


… including the participation of several clusters and their partners in

issues where there are common interests

Electric vehiclesEnergy Efficiency

Oil&GasEnergy Efficiency

Oil&GasWave energyWind energy

Energy EfficiencyEnergy Efficiency

Electricity gridsElectric vehiclesEnergy Efficiency

Energy Efficiency

47companies from

other clusters

Wind energyEnergy Efficiency

Design process


The agents involved contributed with more than 600 ideas that form the

basis for the updating of the strategy. ..

Design process

IDEAS PROVIDED

WORK IN DETAIL

FINAL SELECTION

~600 ideas

~90 papers

Global figures in the identification and prioritization of proposals


... contributions that have been complemented with other elements of

interest to obtain the final definition of Energibasque

Design process

New proposal for contents in each

energy area

The contributions made in the Working Groups are complemented by other sources such as the R&D projects by Basque companies or technology foresight exercises

Contributions made in the

Working Groups

Technological Lines from the previous EnergiBasque strategy

Major projects of Basque companies in R&D programmes

Technological capabilities of Basque companies in the field of energy

Technological prospective for each of the energy areas considered

Elements used for the definition of the

strategy


Design process

SI

DA

TL

All these inputs have allowed progress in the detail of each strategic area

in three levels

• They deploy in detail the technology areas where it is considered that the promotion of R&D will generate greater value for the sector in the Basque Country, based on the available capacities and potential market opportunities

• These are actions focused on the global development of the sector

• These actions can belong to several areas, the most common being training, promotion and internationalisation, networking and support for the development of non-technological innovation, among others

• cross-cutting activities work as facilitators and have a significant impact

• A Strategic Initiative…

… represents a qualitative, differential step forward for the sector, …

… is a collaborative activity with the involvement of all relevant agents

… requires a significant effort from public and private resources, …

… and has a significant impact that benefits a large number of organisations.

TechnologicalLines

DynamisationActions

StrategicInitiatives

Detail of elements in each strategic area of EnergiBasque


This design process has endorsed the definition of mission, vision and

global objectives, ...

EnergiBasque Strategy

To consolidate the network of scientific and technological agents and companies in the energy

sector and reinforce their competitiveness worldwide, so that they contribute to the Smart

Specialisation of the Basque Country and become a source of wealth, employment and quality of life.

Mission

Turn the Basque Country into a reference region in Europe for its level of technological

and industrial development in the energy sector

Vision

OG1: To consolidate the leading Basque companies as technological references in their respective energy areas, generating a pull effect through their value chains based

on high added-value products and services

OG2: To develop business activities in new emerging areas of energy, in which industry and scientific-

technological partners have already get competitive advantages that give them a sound starting position.

OG3: To foster the development of new

value chains that boost innovation processes

and new business models

Global Objectives


... objectives that are deployed around 7 Strategic Areas and 2 Key

Enabling Technologies, which give continuity to the bet made on the

previous EnergiBasque


Wave Energy

CSP

Electric

Mobility

Oil & Gas

Energy Efficiency

in Industry

Power Grids

Wind Energy



SI

DA

TL

Each strategic area and KET is defined in a document with specific details

in the three activity levels considered

TechnologicalLines

DynamisationActions

StrategicInitiatives

Renewable generation

Intelligent networks Efficient consumption

Enabling technologies Primary energy


The analysis of results in the design process has allowed to identify

synergies between the different areas and define three areas of

integration or NEW VALUE CHAINS (NVC), in order to concentrate and

align the efforts in innovation


New Value Chains (NVC)

• They arise from the interconnection of several traditional value chains, both in the energy sector and in other related sectors

• They integrate technological lines, cross-cutting activities and strategic initiatives that are of interest to several strategic areas and facilitate the orientation of companies to new business opportunities, especially in the case of SMEs, with less capacity to dedicate resources to new approaches

• Their development usually implies the generation of knowledge outside the traditional scope of the companies

• They foster access to new markets and business models through the systematic collaboration between organizations of different value chains, favoring an entrepreneurial discovery process

NVC ResourceEfficient Manufacturing

NVCSmart Grids

NVCOffshore Energy


The three New Value Chains are Offshore Energy, Smart Grids and

Resource Efficient Manufacturing, …


Smart Grids

Electric Mobility

Power Grids

Energy Efficiencyin Industry

CSP

Wind Energy

Wave Energy

Offshore

Energy

Oil & Gas

Wind Energy

Wave Energy

Resource Efficient

Manufacturing


Power Grids

Oil & Gas

Wind Energy

CSP


... that have been selected from the confluence of three critical factors,

which identify them as high potential bets


New business oportunities in highpotential markets

Relevant capabilities in Basque Country in the

related areasCommon challenges that

can be solved by jointtechnological solutions

1

2

3

New ValueChains

Reasons for NVC selection


The NVC Offshore Energy integrates technology lines, cross-cutting

activities and strategic initiatives that are common to the areas of Wind,

Wave Energy and Oil & Gas

EnergiBasque Strategy: NVC Offshore Energy

The Basque Country has capacities in the three key energy areas for the offshore domain, in addition to an important presence of the naval industry

Offshore

Energy

Oil & Gas

Wind Energy

Wave Energy


This area addresses the challenges that are common to marine energy

sources


The strategy identifies, completes and prioritizes the common challenges of greatest interest to Basque companies

NVCOffshoreEnergy

Validation in real environment

Sensors, instrumentation and remote monitoring

Transmission and powerconversion

Manufacture of largecomponents

Corrosion and degradation of materials

Impact on investmentcosts

Impact on operatingcosts

TECHNOLOGICAL CHALLENGES

INDUSTRIAL CHALLENGE

Optimization of O&M activities

Development of high added value solutions at competitive costs


... and is dealing with some of the main strategic bets developed in recent

years in the region


Also noteworthy is the Basuqe co-leadership of the Vanguard Initiative pilot of Advanced Manufacturing of Energy applications in Harsh Environments

• Infrastructure dedicated to the integration and validation of wind power subsystems, inaugurated in 2015 thanks to the collaboration of the Energy Cluster, a group of eight Basque companies from the wind sector and IK4, with the support of the Basque Government and the Diputación Foral de Gipuzkoa

• Infrastructure available to technology and product developers, enabling real-scale research and demonstration of wave energy capture and conversion devices and systems

• Created in 2011, with the participation of the Basque Energy Agency EVE (92%) and the Spanish Energy Agency IDEA (8%)

• Offshore laboratory to carry out on-site experiments during the development stages of those products and services for energy installations in the marine environment

• At the design stage (R&D project) through the collaboration of 11 companies and 5 technology agents

IN OPERATION PHASE IN DEPLOYMENT PHASE IN DESIGN PHASE


NVC Smart Grids integrates technology lines, cross-cutting actions and

strategic initiatives common to virtually all strategic areas

EnergiBasque Strategy : NVC Smart Grids

The Smart Grids are an element for the integration of generation, transport and consumption areas

Smart Grids

Electric Mobility

Power Grids


CSP

Wind Energy

Wave Energy


The common challenges are framed in all phases of generation, transport,

distribution and energy consumption


The strategy identifies, completes and prioritizes the common challenges of greatest interest to Basque companies

Key Challenges of the NVC Smart Grids Intelligent

networks

Efficient

consumption

Renewable

generation

Integration and charging infrastructure for the Electric Vehicle

User-centric digital solutions

Advancedmeasurement systems

Integration of renewable generation

Automation and digitization of

electrical networks

Development of storage and power

electronics applications


Among the factors for its selection, it is worth mentioning the initiative of

Bidelek Sareak, which has been an important effort in the technological

development of the Basque supply in smart grids


• Bidelek Sareak is a joint initiative of the Basque Government (through EVE) and Iberdrola Distribution, to provide intelligent networks to urban and rural areas with the aim of increasing the efficiency and security of electrici ty supply .

• It involves an investment of 60M € to implement the concept of smart grids with the following scheme:- 400,000 smart meters in Bizkaia and Gipuzkoa- Introduction of intelligence in 2,400 transformation centers and 3 high voltage substations

- Development and implementation of additional services for the efficient operation of the network

• The project has generated advantages at different levels:- ... consumers , with significant savings and greater information, quality and management capacity

- ... society , reduction of consumption and emissions and generation of employment and income- ... industrial fabric , improvement of international competitiveness, turnover and R&D activity

- ... and for electricity companies in particular, reduction of costs and number of incidents, optimization of investments and higher quality of supply

Bidelek Sareak Overview


The NVC Resource Efficient Manufacturing integrates technological lines,

cross-cutting activities and strategic initiatives common to the areas with

greater weight of industrial factors

EnergiBasque Strategy : NVC Resource Efficient Manufacturing

The area of Energy Efficiency in the Industry has in this case a specific supply profile

Resource Efficient

Manufacturing


Power Grids

Oil & Gas

Wind Energy

CSP


NVC Resource Efficient Manufacturing focuses on two challenges of

special interest to the Energy sector


Ecodesign of equipment and

components

Energy efficiency in manufacturing

processes

Design that considers actions aimed at minimizing the use of resources (materials,

energy, water, etc.) both in the manufacture of equipment and

components and throughout its life cycle within a concept of circular economy

Development and implementation of solutions aimed at improving the

energy efficiency of transformation processes in energy-intensive

industries


Among the factors for its selection, it is worth highlighting the important

mobilization around two initiatives launched in the last years


The strategic initiatives proposed in the framework of this NVC seek to promote and consolidate these two cross-cutting activities

• The Initiative is focused on developing, implementing and marketing innovative solutions (technologies with their respective business models) that reduce the intensity of energy consumption and the environmental impact of manufacturing processes through the efficient and cost-effective use of residual heat

• The Basque Ecodesign Center is an entity formed in a framework of collaboration between private companies and the Basque Government for the conceptualization and execution of innovative ecodesign projects


As a consequence of the design process, EnergiBasque proposes eleven

strategic initiatives, six of them linked to NVCs

Strategic initiatives

CSP Storage components and systems verification facilities

SI

Strengthening bimep capacities as a research, testing and validation

center

SI

Floating offshore wind power demonstrator project

SI

Windbox, Advanced test center for the integration and validation of wind

power subsystems

SI

Platform for the incorporation of ecodesign techniques in supply

chains

Deployment of the project Calor for the use of residual heats

SI

NVCResourceEfficient

Manufacturing

Infrastructure testing and validation of products for the Offshore

environment

Business Intelligence Unit for Offshore

SI

NVCOffshoreEnergy

Integral platform for the digital transformation of products and

services in Smart Grids

Project demonstrating the capabilities of the industrial value chain in the

field of storage

SI

NVCSmartGrids

"Living Lab" for integrating Electric Vehicle- Charging Infrastructures -

Information Management

SI


For monitoring, global goals are aligned with the objectives set by the 2020

Science, Technology and Innovation Plan, both in global dimension and by

source of funding, ...

Monitoring

Basque investment scenario in R&D in 2020 STIP

(M€, 2014-2020)

1.008

1.565

318

344

2014 2020

240M€(18% of total)

1.326

1.909+6,3%annual

373M€(20% of total)

+7,6%annual

RIS3 Areas76%

82%

202

303

20

40

18

30

2014 2020

240

373

+7,6%annual

84% of R&D expenditure is financed by companies

Note: International and public data according to financing committed in the year in question (sources: Innobasque and public information)

Energy


... gathered in a specific scoreboard that includes indicators of process,

effort in R&D and evolution of the sector

Monitoring

During 2017 details of the scoreboard and goals for the indicators will be sorted out


Some strategic areas of EnergiBasque have clear links with other areas

and niches of Basque RIS3 and collaborations are being sought

Monitoring

Ecosystems

Urban planning and regeneration

AdvancedManufacturing

Energy

Connection with other RIS3 areas and niches

• Efficient and cost effective systems for the use of residual heat in productive processes (Energy Efficiency in the Industry)

• Advanced manufacturing for energy applications in harsh environments (Wind energy, Wave energy, Oil&Gas)

• Deployment of the Electric Vehicle (Electric Mobility)

SISISI

SI

SI

• Energy-efficient and intelligent buildings (Energy Efficiency in Industry)

• Charging Infrastructure for Electric Vehicles for Smart Cities (Electric Mobility)

SISI

SI


The international positioning of Basque Country as a reference region in

Energy is being worked out around three European initiatives...

Interregional collaboration

European Strategic

Cluster Partnership on

Smart Specialisation

Investments


… Vanguard Initiative, in which Basque Country leads the ADMA Energy pilot, directly linked to the EnergiBasque strategy, ...


Vanguard Initiative (http://www.s3vanguardinitiative.eu ) is a network of regions

pursuing the alignment of policies and instruments at European, national and regional

level as an effective growth strategy in Europe. The Initiative proposes new ways of

mobilizing and aligning resources on the basis of regional smart specialization principles

and cluster-based interregional cooperation.

The pilot action of "Advanced Manufacturing for Energy applications in Harsh

Environments (ADMA Energy)" is one of the 5 pilots currently underway within the

Vanguard Initiative, with the aim of making the EU the world leader in the manufacture of

robust components and reliable solutions for offshore energy applications (Offshore Wind,

Wave Energy and Oil&Gas).


... the S3 Platform of the European Commission, Smart Specialization Platform on Energy, S3PEnergy, ...


S3PEnergy is a joint initiative of DG REGIO, DG ENER and DG JRC and its mission is to support the optimal and efficient use of European Cohesion Funds in sustainable energies

Basque Country coordinates the activity of the working groups of the platform(S3 Energy Partnerships) OFFSHORE y SMART GRIDS

http://s3platform.jrc.ec.europa.eu/s3p-energy


… and alliances between European Clusters as European StrategicCluster Partnerships on Smart Specialisation Investments


Linked to the previous initiatives, the Energy Cluster has launched two strategic alliances of European Clusters , one around NVC Offshore, with the participation and institutional commitment of the current partners of the Vanguard Initiative ADMA Energy Pilot, and another one around the NVC Smart Grids, Smart Grids in S3

http://www.clustercollaboration.eu/

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