Ih cantabria workshop bilbao 2012

Offshore wind and marine energy workshop.Bilbao, 28th February 2012

Instituto de Hidráulica Ambiental de la Universidad de Cantabriade Cantabria

Environmental Hydraulics Institutehttp://www.ihcantabria.com

Dr. Raúl Guanche Garcí[email protected]


INDEX1. IH Cantabria

1. Short presentation2. Marine renewable activities3.Cantabria international campus of excellence

2.Idermar1 Current status1.Current status2.Precomercial prototype3.Future activities

3.CTC


IH CantabriaEnvironmental Hydraulics InstituteEnvironmental Hydraulics Institute

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IH Cantabria Environmental Hydraulics Institute

IH Cantabria is a joint research institution between the University ofCantabria and the Environmental Hydraulics Institute Foundation, anon-profit organization.

Spain

Cantabria

IH Cantabria has a multidisciplinary staff: civil, industrial andmechanical engineers, naval architects, biologists, marinescientists physicists chemists mathematicians geographersscientists, physicists, chemists, mathematicians, geographers,IT specialists... → 149 members.

IH Cantabria focuses its activities on three fields ofexpertise:

– ResearchEducation– Education

– Technology transfer

IH Cantabria Offshore wind and marine energy workshop.

Bilbao, 28th February 2012

IH Cantabria Main research areasMain research areas

• Coastal Oceanography • Design of coastal structures• Coastal and port engineering• Hydraulic engineering• Effects of Climate Change• Effects of Climate Change• Analysis of geophysical variables• Oil spill pollution in marine environments• Eco-hydraulicsy• Pollution of marine environments• Water quality • Flooding risks

• Marine renewable energies

Main research techniques• Computational fluid dynamics• Computational fluid dynamics• Physical modeling • Field measuring techniques• Remote sensing


IH Cantabria Main facilities

Physical modelling (wave basin and flumes)

Multipaddle wave basing28 m x 8.6 m x 1.2 m

Wave flume68.5 m x 2 m x 2 m

Wave and current flume24 m x 0.6 m x 75 m

bria

cilit

ies

at

ty o

f Ca

ntab

Fac

Uni

vers

itti

es a

t AN

Wave and current basin64 wave paddles

30m x44mx0 2-3m

New

fac

ilit

PCTC

A 30m x44mx0.2 3mWaveWind

CurrentsCentral pit: 11m water depth

Numerical mirror


Environmental Hydraulics InstituteMarine renewables energies

IH CantabriaEnvironmental Hydraulics Institutey

Marine renewables

Marine renewable energies IH Cantabria capabilities


• World wide resource assessment: local, regional and global scale■ Wind

IH Cantabria capabilities

■ Wave■ Current

• Marine conditions assessmentHi d t■ Hindcast

■ Nowcast■ Short term and seasonal forecast■ Climate change■ Offshore standards applications

• Physical modeling and numerical modeling of: ■ Offshore fixed platforms

Floating structures■ Floating structures

• Design and optimization of wave energy devices• Design and optimization of wind/waves offshore farms

layoutlayout• Marine renewable environmental impacts assessment • Operational system and life cycle analysis of marine

renewable structuresrenewable structures■ Planning■ Construction■ Operation and maintenance


Offshore marine renewablesDesign espiral

Design requirements: Environmental, operational, technical, …

Economical feasibility assessmentCAPEX OPEX analysis

Parametric studies:Design alternatives analysis

CAPEX – OPEX analysis

Farm layout designGeneral arrangements: Farm layout designEnergy production assessmentMooring system, structures,…

Manufacturing analysisStability analysis

Structural analysisMooring system analysisHydrodynamic analysis

Numerical and physical modeling


Resource assessment and marine conditionsOffshore wind resource assessment: atlases

m/sm/s

European atlasEuropean atlas

Spanish atlas

R t d i ditiOffshore wind and marine energy workshop.


Resource assessment and marine conditionsWave energy assessment: ENOLA Project

World wide atlas

Spanish atlas

11http://www.ihcantabria.com/enola/

Ph i l d i l d li Offshore wind and marine energy workshop.


Physical and numerical modeling IH Cantabria Numerical capabilities

• CFD

■ OPENFOAM: Offshore aplications

■ In-house models:

■ Boussinesq: functionality of monopile structures

■ IH2VOF/IH3VOF: Offshore aplications

•Coupled models

■ SESAM

■ In-house models■ Frequency domain

■ Time domain■ Time domain

tiefAtF )(ˆ)(

titirad ezBiezMtzBtzMtF ˆˆ)()()( 2

tihid ezGtGztF )(ˆ)()(

zKzDizGzBizMfAzm exc ˆˆˆˆˆˆˆ 22

excexc efAtF )()( hidrost ezGtGztF )()()(titi

pto ezDiezKtzDtKztF ˆˆ)()()(

titititititiexc

ti ezKezDiezGezBiezMefAezm ˆˆˆˆˆˆˆ 22

Ph i l d i l d li Offshore wind and marine energy workshop.


Flotaing met mast example: Idermar

Physical and numerical modeling Physical model versus numerical modeling: calibration

g p

Structure performance:• Waves• Currents• Wind

Mooring system:• Performance• Loads• Fatigue

WAMIT SIMO-RIFLEX SESAM

0.5

1

1.5

2

m)

Heave decay test

LabNum

Hs=2m; Tp=12s

Prob

abili

dad

lidad

Surge(m) – Desplazamiento X

Moored test

100 120 140 160 180 200 220 240 260 280 300-1.5

-1

-0.5

0

Tiempo(s)

Hea

ve(m

domingo, 19 de febrero de 2012

Heave(m) – Desplazmiento Z

Pro

babi

lPr

obab

ilida

d

Pitch(º) – Giro eje Y


Private companies: 83%Public companies: 17%

Public funding:


C t b i I t ti l C f E ll

UniversityUniversity ScientificScientific facilitiesfacilities Local and regional Local and regional

Cantabria International Campus of Excellence

UniversityUniversity ScientificScientific facilitiesfacilities developmentdevelopment

Teaching

Research Innovation

WaterWater and and energyenergy campuscampus


SEA OF INNOVATION CANTABRIA CLUSTER• Public private cluster: th 50 titi• Public‐private cluster: more than 50 entities

• First Spanish cluster specialized on marine renewable

• Collaborations with market leaders (Vestas, Siemens, EDP, Iberdrola Renovables y E.on)

• 40 companies

• 13 R&D groups

• 4 Technological institutes


IDERMAROffshore wind assessment at deep and very deep watersOffshore wind assessment at deep and very deep waters

Innovative solutions


IDERMAROffshore wind assessment at deep and very deep waters

Consortium

IDERMAR is a mixed private-public company setup by the Cantabria Government throughup by the Cantabria Government throughSODERCAN, ACTIUM, an Investment company ofthe APIA XXI Group, the Hydraulics Institute (HI)of the University of Cantabria (UC) and theHelium Company.



Company objectives

IDERMAR IS developing a new concept called IDERMAR METEOconsisting of an integral wind resource and ocean dataacquisition system based on a floating structure.

-For medium-depth and deep waters

-Easily adaptable to site-specific environmental conditions andmonitoring system requirements established by the customer

-Easily transported and installed reducing economic costs andenvironmental impact

-Can be reused

-Certified product

Deployment day:28th September of 2011



Current status

1st prototype: depth=55m, distance from shoreline=3km

2nd prototype: depth=186m, distance from shoreline=16kmp yp p ,

Precomercial prototype: depth=55m, distance from shore=4.8km

otyp

e

cial

prot

otyp

e

1stpr

oto

2nd

prot

otyp

e

Prec

omer

c

Z=90m


Z=90m

Z=85m

Z=75mZ=82m

IDERMAROffshore wind assessment at deep and very deep watersWind measurement system description:

Ultrasonic anemometer

Cup anemometer Z=55m

Z=65m

y pPrecomercial prototype

Temperature

Water temperature

Wind vanes

Z=45m

Z=20mTemperature, Humidity & Barometric pressure

Sampling frequency:

Ultrasonic anemometer, Cup anemometer, Temperature, Water , p ,temperature, Wind vanes

Temperature, Humidity & Barometric pressure


• Precomercial prototype:


Futurep yp

■ Certification expected end: June 2012

■Measurement verification:

• Onshore vs floating met mast comparisons• UK strategies

■ Narec capital■ Narec capital

• Future developments: Floating lidar

■ Grant: Innpacto 2011p


Narec capital: Idermar internationalization strategyBussiness design and Funding raising

Narec capital vision

European Hub

Centre of R&D Excellence/Holding Co

N.American Hub

Far East Hub

S American Hub

Mid East Hub

S.American Hub


Narec capital: Idermar internationalization strategyFunding raising

InvestmentIntellectual Property

B

InvestmentManufacturen

End to

Busines

Investment/CostInstallation

Miti

gatio

End S

o

ss ass

CostMaintenance/Operation

Ris

k M

olution

sessm

Revenue

Revenue

Data Provision

Data

ent

Interpretation

RevenueExtras


Narec capital: Idermar internationalization strategyFunding raising

Potential Funding Sources

• Industrial corporates• High Net worth individuals• Venture Capital Funds

• Local Grants• UK Government competitions• Technology Innovation CentreVenture Capital Funds

• Private EquityTechnology Innovation Centre

• Regional Grant Funds


CantabriaOther initiativesOther initiatives

Centro Tecnológico de Componentes


RENEWABLE ENERGY

CTC is a non‐profit foundation that aims to contribute to economic and social development.

BUSINESS

AEROSPACE NUCLEAR ENERGY AUTOMOTIVE ADVANCED

MATERIALSUNITS

MEMBERS

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CTC is located in the Scientific and the Scientific and

Technological Park of Cantabria.

The facilities include a laboratorywith equipment and spacenecessary for projectnecessary for projectimplementation and research:

Corrosion: UV (type A or B)+condensation+spray (ISO 11507), alternate immersion in marine water (ISO 2812-2 and ISO 11130).Advanced Materials: AFM, Spray Dryer, Three Rolls Mill.Advanced Materials: AFM, Spray Dryer, Three Rolls Mill.Aeroespace: two axis rotation table, navigation systems test facility.Instrumental: mechanical universal test machine metallographic

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Instrumental: mechanical universal test machine, metallographiclaboratory.


Renewable Energies Unit

Technological lines of specialization

Fluid Dynamics & Fluid‐structure interaction

Mechanical and structural design O&M.Monitoring

Structural Health Monitoring (SHM)

Corrosion

Aero and Hydrodynamics.Aeroelasticity

Data acquisition, processing and analysis

Energy Harvesting

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Representative Projects

SAEMar: Anchoring Systems for Renewable Marine Energies Offshore Platforms.

TIM I t lli t M t l i l M t (SHM) TIM: Intelligent Meteorological Mast (SHM).

TARGET: Environmentally sustainable and intelligent technologies for the development of composite materials structures.p p

Onshore and offshore hybrid steel-concrete towers: mechanical design, joints.

Aerodynamic analysis of a mini HAWT through direct CFD simulation.

Development of a Energy Harvester for a wireless system.

Analysis of noise and vibration of electrical machines.

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Instituto de Hidráulica Ambiental de la Universidad de Cantabriade Cantabria

Environmental Hydraulics Institutehttp://www.ihcantabria.com

Dr. Raúl Guanche Garcí[email protected]

Ih cantabria workshop bilbao 2012

Technology

Transcript of Ih cantabria workshop bilbao 2012