The 2nd International Conference on E/E Systems for Wind Turbines will take place from May 21-23, 2012 in Bremen, Germany. The conference will focus on the latest developments in pitch systems, advanced control systems, grid compliance requirements, and innovative generator and converter technologies for next generation wind turbines. Industry leaders from utilities, manufacturers, and suppliers will present case studies and discuss reducing the cost of energy through increased availability, serviceability, and energy production from wind power.
Nowadays, it is well-understood that the burning of fossil fuels in electric power station has
a significant influence on the global climate due to greenhouse gases. In many countries,
the use of cost-effective and reliable low-carbon electricity energy sources is becoming an
important energy policy. Among different kinds of clean energy resources- such as solar
power, hydro-power, ocean wave power and so on, wind power is the fastest-growing form
of renewable energy at the present time.
Moreover, adjustable speed generator wind turbines (ASGWT) has key advantages over
the fixed-speed generator wind turbines (FSGWT) in terms of less mechanical stress, improved
power quality, high system efficiency, and reduced acoustic noise. One important
class of ASGWT is the doubly-fed induction generator (DFIG), which has gained a significant
attention of the electric power industry due to their advantages over the other class
of ASGWT, i.e. fully rated converter-based wind turbines. Because of increased integration
of DFIG-based wind farms into electric power grids, it is necessary to transmit the
generated power from wind farms to the existing grids via transmission networks without
congestion.
Series capacitive compensation of DFIG-based wind farm is an economical way to increase
the power transfer capability of the transmission line connecting wind farm to the
grid. For example, a study performed by ABB reveals that increasing the power transfer
capability of an existing transmission line from 1300 MW to 2000 MW using series
compensation is 90% less than the cost of building a new transmission line.
However, a factor hindering the extensive use of series capacitive compensation is the
potential risk of sub- synchronous resonance (SSR). The SSR is a condition where the wind farm exchanges energy with the electric network, to which it is connected, at one or more
natural frequencies of the electric or mechanical part of the combined system, comprising
the wind farm and the network, and the frequency of the exchanged energy is below the
fundamental frequency of the system. This phenomenon may cause severe damage in the
wind farm, if not prevented.
Therefore, this dissertation deals with the SSR phenomena in a capacitive series compensated
wind farm. A DFIG-based wind farm, which is connected to a series compensated
transmission line, is considered as a case study. The small-signal stability analysis of the
system is presented, and the eigenvalues of the system are obtained. Using both modal
analysis and time-domain simulation, it is shown that the system is potentially unstable
due to the SSR mode.
Then, three different possibilities for the addition of SSR damping controller (SSRDC)
are investigated. The SSRDC can be added to (1) gate-controlled series capacitor (GCSC),
(2) thyristor-controlled series capacitor (TCSC), or (3) DFIG rotor-side converter (RSC)
and grid-side converter (GSC) controllers. The first and second c
Webinaire : Comment optimiser la performance, la maintenance et la durée de v...Cluster TWEED
Webinaire du 18 mars 2021, co-organisé par le cluster TWEED et BEMAS (Belgian Maintenance Association). Les entreprises i-Care, Performance for Asset, Micromega, WaPT, ainsi que le groupe Schaeffler ont partagé leur expertise en matière de performance, maintenance et prolongation de durée de vie des éoliennes.
Nowadays, it is well-understood that the burning of fossil fuels in electric power station has
a significant influence on the global climate due to greenhouse gases. In many countries,
the use of cost-effective and reliable low-carbon electricity energy sources is becoming an
important energy policy. Among different kinds of clean energy resources- such as solar
power, hydro-power, ocean wave power and so on, wind power is the fastest-growing form
of renewable energy at the present time.
Moreover, adjustable speed generator wind turbines (ASGWT) has key advantages over
the fixed-speed generator wind turbines (FSGWT) in terms of less mechanical stress, improved
power quality, high system efficiency, and reduced acoustic noise. One important
class of ASGWT is the doubly-fed induction generator (DFIG), which has gained a significant
attention of the electric power industry due to their advantages over the other class
of ASGWT, i.e. fully rated converter-based wind turbines. Because of increased integration
of DFIG-based wind farms into electric power grids, it is necessary to transmit the
generated power from wind farms to the existing grids via transmission networks without
congestion.
Series capacitive compensation of DFIG-based wind farm is an economical way to increase
the power transfer capability of the transmission line connecting wind farm to the
grid. For example, a study performed by ABB reveals that increasing the power transfer
capability of an existing transmission line from 1300 MW to 2000 MW using series
compensation is 90% less than the cost of building a new transmission line.
However, a factor hindering the extensive use of series capacitive compensation is the
potential risk of sub- synchronous resonance (SSR). The SSR is a condition where the wind farm exchanges energy with the electric network, to which it is connected, at one or more
natural frequencies of the electric or mechanical part of the combined system, comprising
the wind farm and the network, and the frequency of the exchanged energy is below the
fundamental frequency of the system. This phenomenon may cause severe damage in the
wind farm, if not prevented.
Therefore, this dissertation deals with the SSR phenomena in a capacitive series compensated
wind farm. A DFIG-based wind farm, which is connected to a series compensated
transmission line, is considered as a case study. The small-signal stability analysis of the
system is presented, and the eigenvalues of the system are obtained. Using both modal
analysis and time-domain simulation, it is shown that the system is potentially unstable
due to the SSR mode.
Then, three different possibilities for the addition of SSR damping controller (SSRDC)
are investigated. The SSRDC can be added to (1) gate-controlled series capacitor (GCSC),
(2) thyristor-controlled series capacitor (TCSC), or (3) DFIG rotor-side converter (RSC)
and grid-side converter (GSC) controllers. The first and second c
Webinaire : Comment optimiser la performance, la maintenance et la durée de v...Cluster TWEED
Webinaire du 18 mars 2021, co-organisé par le cluster TWEED et BEMAS (Belgian Maintenance Association). Les entreprises i-Care, Performance for Asset, Micromega, WaPT, ainsi que le groupe Schaeffler ont partagé leur expertise en matière de performance, maintenance et prolongation de durée de vie des éoliennes.
Market Challenges
Increasing regional and state-based climate change policies and long-term renewable energy strategies will bring a profound change to the industry. You need to be able to meet these challenges head on. http://bit.ly/qhcWKy
European Utility Week (2/2) | Paris - 12 au 14 novembre 2019Cluster TWEED
Les clusters TWEED et Flux50 ont emmené 13 entreprises belges (wallonnes, bruxelloises et flamandes), réunies sous les couleurs belges, au salon mondial European Utility Week mi-novembre!
Orateurs : Comsof, FifthPlay, GreenWatch, Gorilla, Niko, Option, Powerdale, WeSmart.
Dish Stirling - CSP - Technology in TransitionSmithers Apex
- Technology overviews
- Workable business model for Stirling CSP
- What can we expect by 2016
- Battle –Strategy and Sustainable challenges for Dish and other CSP
- Drivers- Barriers and Performance
Cynthia Christensen, President, CORNWELL GROUP
Sustainable Energy Solutions for reducing CO2 emissions | VigilantPlantYokogawa
Yokogawa is committed to sustaining your business, the environment, and the society that we all are a part of.
We are doing this by developing more energy-efficient technology, helping operations produce a smaller
carbon footprint, and building rock solid products that protect our environment from contaminants.
Sustainability is not just a job for Yokogawa but for all industry.
Webinar - Wind Powered Industrial Process : Seawater DesalinationLeonardo ENERGY
Already today wind power offers low and long-term stable costs of energy and therefore is able to compete with large scale conventional power generation. Using wind power directly for energy intensive industrial processes requires an optimized hybrid configuration as well as a balanced load and/or energy management. The technical and economical specifics for wind powered seawater desalination (RO) as a completely integrated solution are presented and emphasize its capability and potential to be implemented in medium and large scale within the next few years.
The technology to desalinate seawater by wind power focuses on the continuous adaptation of the membrane process to the current wind power generation (load management) what results in variable operation parameters. The wind energy share directly usable for the process (wind penetration) in a wind-desalination subgrid constellation will be influenced by many aspects:
• Installed capacities (desalination, wind turbine, potable water storage)
• Integrated management systems (load, energy & storage)
• Resource scenarios (wind)
• Demand scenarios (water)
Dependent on the installed wind power capacity three classes can be defined:
• Desalination with wind power support (low penetration)
• Wind powered desalination (medium/ high penetration)
• Wind power project with coupled desalination (high penetration)
The economic viability/application areas will be presented by the Levelized Water Cost (LWC) for typical plant configurations and relevant parameter variations. Since conventional grid power is intended to be replaced by wind power the grid tariff is the significant criteria for the economic viability/application areas of wind powered vs. conventional processing. High grid tariffs (together with low feed-in compensation) may economically rectify the installation of extended desalination capacities.
Joachim Käufler (speaker), civil engineer with main focus on steel and plant constructions. He has substantial work experience of product development, planning/consulting, project development and turn-key implementations within the fields of steel and plant constructions of conventional power plants and renewable energy systems.
Robert Pohl, mechanical engineer/mechatronics. He has research and development experience of product development of wind powered reverse osmosis and prepares a related PhD-thesis.
Hadi Sader, mechanical engineer and MSc. in renewable energies. He has research and work experience of product and project development and training in renewable energies and wind power applications.
PES Wind Magazine - The development of a MV power converter for FC wind turbi...Ingeteam Wind Energy
Having cost-optimal power converters is a must in order to survive in the competitive wind market following the costs reduction rate.
To continue improving the performance of the wind turbines, while maintaining or even increasing the reliability, having a deep knowledge of the technology is crucial for the power converter developments.
Based on the long experience in the wind industry and the deep knowledge about core components composing a power converter, Ingeteam applies a design procedure that allows optimizing the power converter solution, developing power converter products up to 15MW for offshore environments.
Market Challenges
Increasing regional and state-based climate change policies and long-term renewable energy strategies will bring a profound change to the industry. You need to be able to meet these challenges head on. http://bit.ly/qhcWKy
European Utility Week (2/2) | Paris - 12 au 14 novembre 2019Cluster TWEED
Les clusters TWEED et Flux50 ont emmené 13 entreprises belges (wallonnes, bruxelloises et flamandes), réunies sous les couleurs belges, au salon mondial European Utility Week mi-novembre!
Orateurs : Comsof, FifthPlay, GreenWatch, Gorilla, Niko, Option, Powerdale, WeSmart.
Dish Stirling - CSP - Technology in TransitionSmithers Apex
- Technology overviews
- Workable business model for Stirling CSP
- What can we expect by 2016
- Battle –Strategy and Sustainable challenges for Dish and other CSP
- Drivers- Barriers and Performance
Cynthia Christensen, President, CORNWELL GROUP
Sustainable Energy Solutions for reducing CO2 emissions | VigilantPlantYokogawa
Yokogawa is committed to sustaining your business, the environment, and the society that we all are a part of.
We are doing this by developing more energy-efficient technology, helping operations produce a smaller
carbon footprint, and building rock solid products that protect our environment from contaminants.
Sustainability is not just a job for Yokogawa but for all industry.
Webinar - Wind Powered Industrial Process : Seawater DesalinationLeonardo ENERGY
Already today wind power offers low and long-term stable costs of energy and therefore is able to compete with large scale conventional power generation. Using wind power directly for energy intensive industrial processes requires an optimized hybrid configuration as well as a balanced load and/or energy management. The technical and economical specifics for wind powered seawater desalination (RO) as a completely integrated solution are presented and emphasize its capability and potential to be implemented in medium and large scale within the next few years.
The technology to desalinate seawater by wind power focuses on the continuous adaptation of the membrane process to the current wind power generation (load management) what results in variable operation parameters. The wind energy share directly usable for the process (wind penetration) in a wind-desalination subgrid constellation will be influenced by many aspects:
• Installed capacities (desalination, wind turbine, potable water storage)
• Integrated management systems (load, energy & storage)
• Resource scenarios (wind)
• Demand scenarios (water)
Dependent on the installed wind power capacity three classes can be defined:
• Desalination with wind power support (low penetration)
• Wind powered desalination (medium/ high penetration)
• Wind power project with coupled desalination (high penetration)
The economic viability/application areas will be presented by the Levelized Water Cost (LWC) for typical plant configurations and relevant parameter variations. Since conventional grid power is intended to be replaced by wind power the grid tariff is the significant criteria for the economic viability/application areas of wind powered vs. conventional processing. High grid tariffs (together with low feed-in compensation) may economically rectify the installation of extended desalination capacities.
Joachim Käufler (speaker), civil engineer with main focus on steel and plant constructions. He has substantial work experience of product development, planning/consulting, project development and turn-key implementations within the fields of steel and plant constructions of conventional power plants and renewable energy systems.
Robert Pohl, mechanical engineer/mechatronics. He has research and development experience of product development of wind powered reverse osmosis and prepares a related PhD-thesis.
Hadi Sader, mechanical engineer and MSc. in renewable energies. He has research and work experience of product and project development and training in renewable energies and wind power applications.
PES Wind Magazine - The development of a MV power converter for FC wind turbi...Ingeteam Wind Energy
Having cost-optimal power converters is a must in order to survive in the competitive wind market following the costs reduction rate.
To continue improving the performance of the wind turbines, while maintaining or even increasing the reliability, having a deep knowledge of the technology is crucial for the power converter developments.
Based on the long experience in the wind industry and the deep knowledge about core components composing a power converter, Ingeteam applies a design procedure that allows optimizing the power converter solution, developing power converter products up to 15MW for offshore environments.
MroNet.it - the Italian Network for MROAntonio Musto
On 20 November 2012 fifteen Italian companies and an international consortium of eight companies, created a network focused on MRO for civil and military applications, named MRO-net.it.
The network aims to :
- develop innovative products, services and techniques of LEAN MRO for aeronautical applications (UAV, ULM, General Aviation, Commercial Aviation, cargo operators, Air forces, governative air forces),
- transfer the best MRO practices from the aeronautical market to the nautics, railways and military sectors;
- propose a unique interface with the customers to reduce management costs for customers and providers themselves;
- rise the capabilities and abilities of MRO providers utilizing common desing and management organization, reducing the costs of the products and services offered to the market.
SDMO is renowned as one of the top manufacturers of generating sets worldwide. SDMO's single-industry strategy enables it to offer the largest range on the market, a reliable and long-lasting source of energy, conforming to the most stringent standards.
Pyrotech World is a brand pf Pyrotech Marketing and Projects Private Limited. It is a leading systems integration company in India.
The company provides a host of products and services to OEMs and end users in the industrial sector across the world.
The PowerMatcher - making the electricity grid smarter - Aldo Eismamfrancis
OSGi Community Event 2013 (http://www.osgi.org/CommunityEvent2013/Schedule)
ABSTRACT
Today’s energy market is rapidly changing. The percentage of renewable energy is growing fast, and more and more energy consumers are also generating energy. However, renewable energy sources, like solar and wind are uncontrollable and not always accurately predictable. To avoid black-outs and other problems, the electricity grid must become smarter.
In this talk I will present the PowerMatcher smart grid concept, and how its rapid adoption is enabled by OSGi and Eclipse technologies, as demonstrated in the Couperus field trial in the Netherlands.
The PowerMatcher is an innovative approach for smart coordination in the electricity grid, a scalable multi-agent system that optimizes distributed generation, storage and use of electrical energy.
In 2012, the development of a reference implementation for PowerMatcher on OSGi was started, and the result is now available under a research license from the newly founded Flexiblepower Alliance Network. The OSGi's service, component and configuration model enable rapid development of PowerMatcher solutions, from simulation to assembly and distributed deployment. Messaging between distributed agents is supported with Eclipse Paho, and a simulation toolkit has been developed using the Eclipse Rich Client Platform.
The first field deployment that is using the new reference implementation for PowerMatcher is the Couperus Smart Grid project, a new housing project with 300 energy efficient apartment homes equipped with an individual heat pump for heating and cooling. The PowerMatcher controls the heat pumps in such a way that it compensates generation imbalance of a wind turbine, within the capacity constraints of the local grid.
Please join us in making the electricity grid smarter!
SPEAKER BIO
Aldo Eisma is a solution architect at IBM, currently focusing on innovation in energy management. He has led the development of the initial version of the PowerMatcher reference implemention and its field trial in the Couperus Smart Grid project. His past work includes development of RFID and sensor solutions and middleware products, contributions to the Eclipse Service Oriented Device Architecture, and IBM's Java runtime technologies and tools.
The new world energy market is leading more and more toward highly efficient power plants together with the necessity of fulfill new stringent limits for the environmental emissions. We offer Power Plants that show peculiar advantages in this way allowing fuel economisation through the exploitation of the flue gas heat thermal power produced by the gas turbine upper cycle in a bottom steam cycle, a larger range of flexibility strategies for power production, an optimisation of the whole plant efficiency and a limited environmental impact.
Craig & Rupert Denis Limited, a distinguished player in the energy industry, providing reliable and flexible solutions across a complete and innovative product portfolio in the power generation field: equipment and plant design, engineering, manufacturing, contracting, service and customer assistance.
We are international turn-key power plant provider designing and manufacturing several plant types: thermal, geothermal, combined cycle, cogeneration and many activities for nuclear power plants. According to the market demand, the core business focuses on combined cycle power plants supplied n a wide range of generating capacities from 100 to1,600 MW.
2nd International Conference Advances in Wind Turbine TowersTorben Haagh
Upcoming regulations – Advanced tower concepts – Improvement in simulation & measurement
Understand the standards and regulations for wind turbine tower design
Increase the value of wind turbine towers through lifetime analysis and lifetime extension
Gain insight into possible challenges and solutions for increasing hub heights to maximise energy output of wind energy converters
Develop knowledge of hybrid towers for the wind energy and benefit from latest experiences in tower assembly
Discover the potential of optimized guyed towers with struts for tall turbines to save material and costs
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Be there at the ISO26262 Conference on the 25-28 March 2019 at the Holiday Inn, Munich City Center, Germany. Confirmed speakers from Delphi Technologies, Toyota Research Institute, Texas Instruments. Read the details here: http://bit.ly/2Esno5h
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Learn about the confirmed speakers from BMW, Bentley Motors, PSA Peaugot Citroën, Fiat and Volvo and the interesting topic areas they will talk about. Meet them at the Interior Cabin Innovation Conference in January 2019 in Berlin. http://bit.ly/Interior_Cabins_Agenda2019
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Join the event and learn:
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"𝑩𝑬𝑮𝑼𝑵 𝑾𝑰𝑻𝑯 𝑻𝑱 𝑰𝑺 𝑯𝑨𝑳𝑭 𝑫𝑶𝑵𝑬"
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𝐓𝐉 𝐂𝐨𝐦𝐬 provides unlimited package services including such as Event organizing, Event planning, Event production, Manpower, PR marketing, Design 2D/3D, VIP protocols, Interpreter agency, etc.
Sports events - Golf competitions/billiards competitions/company sports events: dynamic and challenging
⭐ 𝐅𝐞𝐚𝐭𝐮𝐫𝐞𝐝 𝐩𝐫𝐨𝐣𝐞𝐜𝐭𝐬:
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Training my puppy and implementation in this story
2nd International Conference E/E Systems for Wind Turbines
1. Featuring exclusive OEM case
studies and presentations from
2nd International Conference the region's leading utilities
E/E Systems
for Wind Turbines
Next Generation Wind Turbines – Reducing Cost of Energy – Advancing Availability & Serviceability
21 – 23 May 2012 | Swissôtel Bremen, Germany
• The latest developments in pitch systems to reduce loads and enhance
IQPC Series advanced control
• Implement advanced control systems to increase energy production
• Evaluate future requirements for wind turbines from a utility and
developer´s perspective
• Understand specific grid code requirements to ensure compliance to
the power generation system
• Learn about innovative generator and converter technology for
application in next generation wind turbines
With contributions from leading international companies:
Moog Bosch Rexroth AG
DONG Energy Renewables Fraunhofer IWES
RWE Innogy GmbH Nordex Energy GmbH
TU Denmark SSB Wind Systems GmbH & Co. KG
GE Energy Power Conversion Gamesa Innovation & Technology
WinWinD Oy The Switch
GE Energy RWE Npower Renewables Limited
E.ON Climate Winergy AG
Interactive Workshop Day | Wednesday, 23 May 2012
Workshop A | Functional safety for pitch systems with regard to
reliability & availability
Workshop B | Current and future generator-converter systems
Workshop C | High availability control systems for wind turbines
SAVe Workshop D | Ensuring grid compliance
up to € 300,- with our www.ee-wind-turbines.com/MM
Early Birds if you book
by 10 March 2012! Lead Sponsor Exhibitors Researched and
developed by
2. 2nd International Conference
E/E Systems for Wind Turbines
21 – 23 May 2012 | Swissôtel Bremen, Germany Sponsorship
We have a variety of packages
available to suit your requirements.
Dear colleague,
For all Sponsorship and Exhibition
opportunities call Akos Gyure:
For the wind energy industry it is crucial to lower the cost of energy to compete with other +49 (0)30 20 91 32 75 or email
energies. The rapid developments in high performance wind turbines have not mitigated the risk of technical sponsorship@iqpc.de
faults or malfunction. Technological advances are strongly needed regarding lifetime, reliability and
efficiency. Lead Sponsor
In order to remain competitive and to grow market share, wind turbine manufacturers and the supplier industry
must develop next generation turbines that comply with future requirements for on and offshore applications.
Moog
Max-Born-Str. 1
I am pleased to announce that the 2nd International Conference E/E Systems for Wind Turbines taking place 59423 Unna, GERMANY
21 – 23 May, 2012 at the Swissôtel Bremen/Germany is back by popular demand! This year, we have expanded Tel.: +49 (0)2303 5937 0
the agenda to include the region’s leading utilities, who will speak about their expectations and future vision. Fax: +49 (0)2303 5937 198
wind.germany@moog.com
And as if that wasn’t enough, OEMs will present their findings on the actual developments in wind turbine www.moog.com/wind
electric systems. Pitch Solutions for Reliability and
High Performance
This year’s focus will be on: Moog is a leading supplier of tai-
lored pitch systems and products for
• The latest developments regarding pitch systems to reduce loads and enhance advanced control onshore and offshore wind turbines.
• Advanced Control Systems to increase energy production With more than 27 ,000 units in opera-
• Specific grid code requirements to ensure compliance to the power generation system tion around the world, Moog is your
proven partner for reliable pitch solu-
• Innovative generator and converter technology for application in next generation wind turbines tions.
Moog designs, manufactures and
This event will draw together extensive experience from industry professionals in electrical engineering, supplies high performance electric,
hydraulic and hybrid motion control
encourage the exchange of knowledge, and promote the dialogue amongst the wind turbine community. solutions for applications including
pitch systems, slip ring solutions, rotor
Save your place and book now! monitoring and blade sensing systems.
Our experts provide products, systems
and services worldwide to ensure
I am looking forward to meeting you in Bremen from 21 – 23 May 2012! maximum efficiency, reliable opera-
tion and a long operating life for wind
turbines.
Best regards
Exhibitors
Team Discounts
We are offering attractive Team
Monica Wick Discounts, please contact us!
EnergyIQ Team Kübler Group, Fritz Kübler GmbH
Schubertstraße 47
78054 Villingen-Schwenningen
Mediapartner GERMANY
ERNEUERBARE ENERGIEN is Germany’s independent monthly magazine for renewable ener- Tel.: +49 (0)7720/3903-0
gies. The magazine informs by independent journalism comprehensive about the most important Fax: +49 (0)7720/3903-846
activities in the market of renewable energies. Passionately we are always searching for the lat- info@kuebler.com
est developments, the most resourcefully companies, the brightest minds in the line of business
to provide our readers as well as our advertising customers a professionally and successfully
www.kuebler.com
information- and sales platform.
Since 20 years we are reaching about 12.200 professionals and decision makers, investors,
plant operators, engineers, project manager, craftsmen and scientists per month. In the fields of
wind power onshore and offshore, photovoltaics, solar thermal power, biogas, thermal biomass,
bio-fuels, hydropower and geothermal power. Once a year we are publishing the International ABB Automation Products GmbH
Directory of Wind Energy, the International Directory of Solar Energy and the Wind Turbine Wallstadter Straße 59,
Market. www.erneuerbareenergien.de 68526 Ladenburg, GERMANY
Windpower Engineering covers the design, technical content, and maintenance of wind tur- Tel.: +49 (0)40 460 639 - 66
bines, wind farms, and the regulations and policies that make the industry function. Windpower Fax: +49 (0)40 460 639 - 67
Engineering provides accurate, timely, and useful information to wind energy professionals. stefan.floeck@de.abb.com
Windpower Engineering also provides useful design tips and industry knowledge across the full
spectrum of wind and other renewable energy technologies. www.abb.com
www.windpowerengineering.com
SUN & WIND ENERGY is the international magazine for professionals worldwide in the field of
renewable energies. The magazine appears monthly from 2009 onwards and provides valuable
information on the renewable energy market. SUN & WIND ENERGY presents international
news, market developments, worldwide market overviews, company profiles, product informa- AEG Power Solutions
tion, interviews, job opportunities, events and a comprehensive company directory. Emil-Siepmann-Straße 32
www.sunwindenergy.com
59581 Warstein, GERMANY
SONNE WIND & WÄRME is THE TRADE MAGAZINE for all renewable energies. Technical articles, Tel.: +49 (0)2902 763 527
company profiles and market overviews as well as current application examples, product presen-
tations and practical tips make SONNE WIND & WÄRME an indispensable source of information Fax: +49 (0)2902 763 680
for technical press readers and a fundament for their product decisions. Klaus.Riekoetter@aegps.com
www.sonnewindwaerme.de www.aegps.com
3. 2nd International Conference
E/E Systems for Wind Turbines
21 – 23 May 2012 | Swissôtel Bremen, Germany
CONfErENCE DAy ONE | Monday, 21 May 2012
Pitch System Development and Controlling Systems
09:00 Registration & coffee
14:15 Functional Safety for Pitch Systems
09:30 Chairman’s welcome and opening address • Turbine Certification and Requirements from GL 2010 guidelines
Dr. Sherif El-Henaoui, • Challenges for Pitch Systems
European Marketing Director, • Safety Approach
Moog, Italy Tobias Rösmann,
R&D Manager,
Operators, Developers and Utilities: Requirements and CPR Wind – Pitch Control Systems,
Moog, Germany
Future Projects
14:55 Innovative electrical blade pitch system with ac-technology
09:35 A project developers evaluation of new wind turbine
• Requirements resulting from GL2010 and the machinery
Utility designs for future projects
directive
presentation • Evaluation of new wind turbine designs by design review in
• Reducing loads during emergency stop due to drive control
close cooperation with the wind turbine manufacturer
system failure
• The use of demo sites to get hands on experience with
• Demands on Pitch systems resulting from Individual Pitch
new turbine designs
Control
• Evaluation and requirements to new wind turbine designs
Tobias Herrmann,
seen from an O&M perspective
Development Engineer,
Karsten Kabel, Bosch Rexroth AG, Germany
Project Engineer,
DONG Energy Renewables, Denmark 15:35 Advanced Electrical Pitch Systems
• Control requirements
10:15 Requirements for Offshore Wind Turbines from an • New topologies for pitch systems
Utility Operator’s Perspective • Rapid Yaw
presentation • RWE Innogy’s Offshore Project Pipeline • Pitch control for floating turbines
• Comparison of Offshore and Onshore conditions
Dr. Fabio Bertolotti,
• Challenges of Offshore Wind Energy
Director of Research & Technology,
• Special Requirements for Offshore Wind Turbines
SSB Wind Systems GmbH & Co. KG, Germany
• Quality Assurance and Pre-qualification
• Conclusion and Outlook 16:15 refreshment break and networking
Holger Berndt,
Wind Energy Offshore, Senior Manager WTG Engineering, Grid Codes – Grid Compliance
RWE Innogy GmbH, Germany
16:45 Contribution from Wind Power Plants to frequency control
10:55 refreshment break and networking OEM and stability in power systems with a large amount of wind
11:25 The competitive future Wind Turbines will need significant presentation power
• Generating Systems in Wind Turbine Generators and
Utility further developed and matured technologies
conventional power plants
presentation • How do we secure reduction of cost of energy with
• Primary reserves and control and Inertial response
50% for offshore before 2020?
• GE WindINERTIATM as a solution to provide an inertial
• More individual site specific approach including design
response
criteria, site specific design, fabrication and installation
• Impact in power systems: Case studies
• Offshore cost level ask for new standards for quality
assurance and quality control for the whole supply and Stephan Wachtel,
value chain Principal Engineer,
• Onshore big scale will ask for new standards to handle GE Energy Consulting, Germany
more complex sites. 17:25 Control of wind parks in a modern smart grid
• Onshore big scale sites will ask for further development of • Grid compliance of single turbines vs. complete wind parks
cold climate and icing solution • Contribution of a wind park in frequency and voltage
Kristian Höy-Thomsen, regulation
Head of Technology Department, • Intelligent regulators and connectivity
E.ON Climate & Renewables, Nordic, Sweden • Preparing for future requirements
12:05 Successful development in between the contradictory Dr. Sami Kanerva,
contexts of market and customer requirements Design engineer,
OEM WinWinD Oy, Finland
presentation • Global market requirements like Grid Codes
• Cost of Energy Kimmo Kaappola,
• Gamma Generation: Platform Strategie Engineering manager,
• Nordex N117/2400 WinWinD Oy, Finland
Guenter Steininger,
Product Manager Product Line Management Department, 18:05 Closing remarks of the chairman and end of conference day one
Nordex Energy GmbH, Germany
Join us for an informal evening event.
12:45 Networking luncheon
To register | T +49 (0)30 20 91 33 30 | f +49 (0)30 20 91 33 12 | E info@iqpc.de | www.ee-wind-turbines.com/MM
4. 2nd International Conference
E/E Systems for Wind Turbines
21 – 23 May 2012 | Swissôtel Bremen, Germany
CONfErENCE DAy TWO | Tuesday, 22 May 2012
08:30 registration & coffee 11:35 Lowering the cost of energy with permanent magnet drive
generators
08:55 Chairman’s welcome
• Levelized cost of energy
• Increasing annual energy production
Generator systems for wind turbines and for future applications • Lowering total lifecycle cost
09:00 How reliable is your generator? Lessons learned from • Shortening time to market
generator operation in onshore and offshore wind farms • The importance of value-added partnering
Utility
presentation • A number of different configurations of generator are used
Jussi Vanhanen,
in WTGs. Are some more reliable than others? Sales and Marketing Director,
• Experience of generator operation in both onshore and The Switch, Finland
offshore WTGs
• Lessons learned from failures applied to the future
12:15 Networking luncheon
engineering of WTG generators 13:45 Advantages and challenges of superconducting wind
Duncan Locke, turbine generators
Scientific
WTG Engineer,
presentation • Background of superconductivity and its relevance for wind
RWE Npower Renewables Limited, UK turbine generators
09:40 Wind turbine drive trains with synchronous • Superconducting generator concepts
Scientific generators and performance improvement via the • Advantages of superconducting generators for wind turbines
presentation model-based control • Challenges of superconducting generators for wind turbines
• Topologies of synchronous generator-based drive trains Dr Bogi Bech Jensen,
• Comparisons of these drive trains Associate Professor, Department of Electrical Engineering,
• Problems with the classic control strategy Technical University of Denmark, Denmark
• Performance improvement with the model-based control
Dr.-Ing. Liang Chen 14:25 Generator systems for large offshore wind turbines
Project Engineer OEM • Future technology for large offshore wind turbines
Fraunhofer Institut für Windenergie und
presentation • Active star technology – High end innovation and efficiency
Energiesystemtechnik IWES, Germany in direct drive wind turbines
• Pro and cons
10:25 refreshment break and networking Derek Grieve,
10:55 Combing the advantages of a direct drive and geared Director Technology,
generator system into a HybridDrive system GE Energy Power Conversion, UK
• Development of drive trains 15:05 refreshment break and networking
• Overview of different drive train concepts
• Design criteria for drive train: efficiency, weight, volume,
cost of energy
Converter technology for wind turbines
• Explanation of HybridDrive system 15:35 Gamesa’s G10x 4.5MW wind turbine electrical system
(integrated generator / gearbox system) • G10x 4.5 MW wind turbine
• Comparison of drive train concepts OEM
presentation • Medium speed drive train
• First measuring from test bay • Permanent magnet generator
Matthias Deicke, • Modular full converter
Head of Electrical Systems, • Grid codes compliance
Winergy AG, Germany Mikel Rodriguez,
Section Manager, Technology,
Gamesa Innovation & Technology, Spain
16:15 Closing remarks of the chairman and end of conference day two
IQPC Series
IQPC's Wind Power Innovations Conferences
This event is part of our successful wind power series. Other conferences of this series include:
2nd Offshore Foundations for Wind Turbines takes a 3rd Drivetrain Concepts for Wind Turbines is assessing
detailed look at state-of-the-art foundations for offshore state-of-the-art and novel drivetrain designs for multi-
wind turbines, novel foundation designs as well as megawatt wind turbines including a detailed look at gearbox
innovative installation concepts to reduce the cost factor designs and generator technologies for better availability,
of foundations in offshore wind projects. higher reliability and lighter drivetrains.
Coming back July 2012 Coming back October 2012
for further information please contact us on +49 (0)30 20 91 32 74 or email info@iqpc.de.
To register | T +49 (0)30 20 91 33 30 | f +49 (0)30 20 91 33 12 | E info@iqpc.de | www.ee-wind-turbines.com/MM
5. 2nd International Conference
E/E Systems for Wind Turbines
21 – 23 May 2012 | Swissôtel Bremen, Germany
Interactive Workshop Day | Wednesday, 23 May 2012
08:30 Registration & coffee
Workshop A | 09:00-12:00 Workshop B | 09:00-12:00
Functional safety for pitch systems with regard to reliability Current and future generator-converter systems
& availability
The drivetrain of many wind turbines installed has been based on the
Directive GL2010 presents a challenge, particularly for state-of-the-art concept of collecting standard components such as a gearbox
electromechanical AC pitch systems. Unlike DC pitch systems, they do and a double fed induction generator (DFIG) connected directly to the
not have a redundant activation channel for emergency movement into grid and with a power converter controlling the rotor.
the feather position. The directive only provides indications, leaving
engineers to interpret what safety functions will be needed and how to This concept is however being challenged by the need for higher
ensure their performance level complies with EN ISO 13849. reliability, strict grid requirements and increasing power ranges
especially for the future offshore turbines. Thus there is a trend
During our workshop, we will discuss the safety requirements of towards introducing direct drive generators with a full power
GL2010, including their implications for pitch systems. converter both tailored to a specific turbine.
This workshop will discuss the choice of active materials for the
present and future direct drive generators, the implications on
Matthias Pauli, performance and possible supply chain issues.
Core Components Manager, CPR Wind – Pitch Control Systems
Moog, Germany
For further information, please visit our website
www.ee-wind-turbines.com/MM
10:30 refreshment break and networking
12:00 Networking luncheon
Workshop C | 13:00-16:00 Workshop D | 13:00-16:00
High availability control systems for wind turbines ensuring grid compliance
The reliability of electronic control systems are of high importance as Join this interactive session to learn about and discuss the following
failures may cause significant economic loss and unplanned topics:
maintenance of the systems is necessary. • Choosing turbines that are grid friendly & generate quality,
In respect to the long expected lifecycle of wind turbines, a high High-Value Power
availability control system architecture helps to avoid unplanned repairs. • Future grid requirements
It can help to optimize the cost of operation and is in fact one important • Are future grid requirements going to get harsher?
aspect when it comes to competitive advantages in energy • Will old and recently bought turbines be able to connect to
production. the grid without retrofits?
• What is the greater value of power from grid-friendly turbines?
Electronic platforms which offer scalable fault tolerance, safety and • How are turbine designers meeting requirements of
high availability can assure that control systems are reliable and designed continually tougher grid codes?
for more efficient operation. • Design factors to improve grid friendliness
• Is it worth the extra cost and complexity of design to gain
higher yields?
Stephan Wachtel,
For further information, please visit our website
www.ee-wind-turbines.com/MM Principal Engineer,
GE Energy Consulting, UK
14:30 refreshment break and networking
16:00 End of Workshop Day
To register | T +49 (0)30 20 91 33 30 | f +49 (0)30 20 91 33 12 | E info@iqpc.de | www.ee-wind-turbines.com/MM