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© ABB Group May 1, 2015 | Slide 1 Large scale integration of Offshore Wind Power Design Considerations Peter Sandeberg /ABB, EOW 2009, 15.09.2009
© ABB Group May 1, 2015 | Slide 2 A global leader in power and automation technologies Leading market positions in main businesses 120,000 employees in about 100 countries $35 billion in revenue (2008) Formed in 1988 merger of Swiss and Swedish engineering companies Predecessors founded in 1883 and 1891 Publicly owned company with head office in Switzerland
© ABB Group May 1, 2015 | Slide 3 Offshore wind power, Transmission technologies 10 50 100km MW 600 300 100 HVAC + FACT S HVDC Light HVAC
© ABB Group May 1, 2015 | Slide 4 Grid Connection by HVAC Onshore Offshore Sub-Sea Cable transmission AC network Collection grid On-shore S/S Reactive Power Compensation Off-shore HV Substation
© ABB Group May 1, 2015 | Slide 5 Design Criteria Robust Safe High Availability Environmental withstand Long Lifetime Electrical Compliant Connectable to any technology Cost efficient
© ABB Group May 1, 2015 | Slide 6 Design IssuesHSE Grid Code Security of Supply Availability Harsh and unforgiving offshore environment Offshore Installation Access management COST I n t e r f a c e m a n a g e m e n t Fault Currents Harmonics Flicker Resonances Heat dissipation Fire Fighting Planning permits Physical size and weight Reactive Power support Fault Ride Through Condition Monitoring Intruders B i r d f o u l Emergency Power Emergency Evacuation Transport Boat Landing Navigational aids BIL Corrosion Protection Protection coordination Fault Management Replacement of spare parts O&M
© ABB Group May 1, 2015 | Slide 7 Requirements Examples Design Losses Certification InstallationLife Time Platform DesignSystem / Electrical Design Employer Authorities Grid Code O&M Norms & Standard Accessibility Reliability Availability Communi cation HSE Norms & Standard
© ABB Group May 1, 2015 | Slide 8 System Design Overall System Configuration Power rating Redundancy Cable route Seabed conditions Onshore connection No of HV Cables Busbar Design Cable Design Transformer Design Water Depth Fault levels
© ABB Group May 1, 2015 | Slide 9 System Design Grid Code – Power Quality Harmonic Requirements Harmonic emission Background emission onshore grid WTG:s System resonance Harmonic Filter Design Type of filter, S-filter, C-filter, etc. Resistor for increased damping Resistor => Losses => Heating => Forced Ventilation
© ABB Group May 1, 2015 | Slide 10 System Design Grid Code – Reactive Power Design Static Reactive Power req. Dynamic response req. Cable Design Transformer Design WTG Capabilities Shunt banks + WTG:s Small SVC + WTG:s Full rated SVC Statcom Hybrid solutions
© ABB Group May 1, 2015 | Slide 11 Platform Design Considerations Overall Dimension Interface Transport and Installation Environmental provisions Diesel generator duty HSE Access management Systems Environmental withstand
© ABB Group May 1, 2015 | Slide 12 Take away Electrical Design - Open design to allow for connection of different WTG technologies Reactive Power – Compensate locally for optimal design Platform Design – Learn from Oil & Gas, adapt relevant requirements Respect HSE
© ABB Group May 1, 2015 | Slide 13
© ABB Power Technologies :\PTP\GF-CC\Arbetsmaterial Jan-16 HVDC Light – ABB’s technology for invisible transmission Per Haugland Head of ABB Power.
© ABB Group August 7, 2015 | Slide 1 Variable Shunt Reactors Optimize Transmission Systems Dr. Claes Bengtsson, Global Product Manager, Reactors. PowerGen.
The Integration of Renewable Energy onto the Existing Grid Dr Norman MacLeod Technical Director, HVDC.
A second Thyristor Controlled Static Var Compensator for SPS Karsten KAHLE, TS-EL TS Workshop, Archamps 24. –
The Wider Offshore Industry - Introduction. Why Renewables? Mb/doe Gas Nuclear Oil Renewables Coal Incremental.
Ilinca Julian, Heikki Ojanen, Juha - Matti Lukkari.
National Renewable Energy Centre Chong Ng, Principal Engineer – Reliability & Validation Paul McKeever, R&D Manager OFFSHORE RENEWABLE PLANT HVDC POWER.
Innovative platform solutions with integrated design for offshore AC substations from 60 MW to 800 MW - experience from realized projects and future challenges.
© ABB-EWEC 2006 ATHENS /03/06 EWEC 2006 Athens The Challenges of Offshore Power System Construction Peter Jones Lars Stendius ABB.
Frankfurt (Germany), 6-9 June 2011 Coordination between TSOs and DSOs – a necessity for system planning and operation Dr. Ralph Pfeiffer Amprion GmbH 1.
Arklow - GEWE 3.6 MW Offshore Project Lessons Learned John Stephens Global Development Manager GE Energy.
Power Electronics in Hybrid Energy Networks Johan Enslin David Elizondo KEMA Inc. T&D Consulting Raleigh, NC USA.
Review of progress and future work SQSS Sub Group 2 August 2006 DTI / OFGEM OFFSHORE TRANSMISSION EXPERTS GROUP.
High Voltage Power Electronics Technologies for Integrating Renewable Resources into the Grid RenewElec Workshop Carnegie Mellon University October 22,
© ABB SG_Presentation_rev9b.ppt | 1 © ABB SG_Presentation_rev9b.ppt | 1 Smart Grid – The evolution of the future grid Karl Elfstadius,
1 « Ensuring Innovation reaches Deployment » Dr. Guillermo Amann Chairman of the working group on Marketing & Communication Frankfurt (Germany), 6-9 June.
The common type of wind power generators are squirrel cage induction generator (SCIG),doubly fed induction generator (DFIG) For more secure and.
ABB LCC ECS - 1 © 2004 Industrial IT Power Management System Scope & Value Proposition Lead Competence Center Electrical Control Systems.
Estimados Expositores del II Seminario de Electricidad Consequences of increasing penetration of distributed generation on transmission and distribution.
A NEW TECHNOLOGY IN A NEW WORLD HVDC LIGHT PRESENTED BY: RAJA.S BOOPATHIRAJA.A SANTHOSH.S 1 GANESH COLLEGE OF ENGINEERING SALEM.
Econnect Ltd Independent specialists in the grid integration of renewable energy...
Energy Curriculum Advanced Transportation Technology and Energy Initiative.
HVDC Transmission. Challenges with AC Power Lines AC lines become loaded closer to their thermal capacity with increasing losses. Reduced power quality.
Oncor Transmission Service Provider Kenneth A. Donohoo Director – System Planning, Distribution and Transmission Oncor Electric Delivery Co LLC
The SEC Power Forum Wolfgang Braun CEO Energy Transmission Middle East, SIEMENS Session IV: Opportunities in Transmission & Distribution Related Industries.
ABB Power Transmission 1 12 good reasons to buy an ABB TrafoStar™ transformer.
9 June, 2016 Energy policy in Germany – Towards a policy for sustainable and independent energy Eszter Pászti - Márkus Science and Technology Attachée.
1 Grid Integration of Large Offshore Wind Farms Using STATCOM-Controlled HVDC Power Transmission : Control and Engineering Issues S. Bozhko, G. M. Asher,
Some electrical connection design issues for offshore wind farms Paul Gardner, Helen Snodin, & Nigel Scott Garrad Hassan and Partners
© ABB Group October 1, 2016 | Slide 1 DynaPeaQ ® SVC Light ® with Energy Storage FACTS.
Offshore Wind and the European Supergrid Joe Corbett, Head of Technical Services Mainstream Renewable Power Representing: Friends of the Supergrid.
Year 2006 Report “Better” Managed and Controlled Transmission Grids using Advanced Technological Concepts Aty Edris EPRI Power Delivery & Markets
Electrical Infrastructure Design Considerations David Flood Head of Electrical Systems, Forewind Stakeholder Workshops, April 2010.
1 Study Committee Representatives Annual Report December, 2012 SC B4 “HVDC and Power Electronics” Activity Report Presented by: John McNichol (Manitoba.
Overview OF MULTI Mega Watt WIND TURBINES and wind parks.
1 POWER QUALITY -- Bhanu Bhushan -- June, How close is the supply voltage waveform to sinusoidal, and how close are the supply voltage and frequency.
Presented by:-SWAGAT KUMAR GURU Regd. No: Roll No:-09EE055 Under the guidance of Ms. Samprati Mohanty (Advisor) 1.
授課教師 : 吳元康 老師 學生 : 詹博雄 HVDC Connection of Offshore Wind Farms to the Transmission System.
© ABB Group November 17, 2015 | Slide 1 Automation Products Life cycle services for automation products Arlene Smith, AP Service Marketing Communications,
THE TRES AMIGAS SUPERSTATION Southwest Renewable Energy Conference Santa Fe, NMSeptember 16 th 2010 UNITING THE NATION’S ELECTRIC POWER GRID.
GDE meeting Hamburg May 2007 Global Design Effort 1 ILC Power Distribution Status Presentation Hamburg, May 2007 J. Pedersen CERN.
Lessons Learnt from European Offshore Wind: 1999 to 2011 – a broad brush perspective Sebastian Chivers, Senior Vice President June 22, 2011 – Virginia.
HVDC Network as Infrastructure for Smart SAARC Power Grid 1 Netra Gyawali, PhD (Associate Professor) IOE, Pulchowk Campus, TU.
Daudi Mushamalirwa Luanda June, 2014 Technical issues of the stability of small size electric systems composed of wind generators and conventional generating.
US Corporate Research Center (USCRC). © ABB USCRC 2 Strengthening Research in U.S. US Corporate Research - A branch of ABB’s Global R&D Labs Raleigh.
FOR OIL AND GAS INDUSTRY W.K.Wimalsiri & T.A.Piyasiri University of Moratuwa.
Mortenson Canada Corporation Proprietary and Confidential Construction and Contracting Clean Energy BC November 8, 2010.
1 POWER QUALITY -- Bhanu Bhushan -- April, Simple examples around us : Ceiling fan regulators Tube lights Lap-tops & peripherals Domestic inverters.
Power Quality Mike Thornton National Sales Manager.
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