Welcome to Bremen. How to become a major Wind Energy Cluster by Mr. Matthias Hempen 韩鹏. Datum

Transcription

1 Welcome to Bremen How to become a major Wind Energy Cluster by Mr. Matthias Hempen 韩鹏 Datum

2 Wind

3 Wind energy opportunities Bremen and Bremerhaven are geographically located in the centre of Europe when it comes to exploiting opportunities in wind energy business. In the North sea 24 wind farms are actually approved. Onshore and offshore wind energy markets by 2020 In Germany in 2015 already more than 13 percent of the electricity consumption are covered by wind energy. Offshore-Planning: 6,5 GW in GW in 2030

4 Off-Shore windfarm locations Germany - 4 -

5 Strong wind locations with Bremen in the middle! Bremen Industrial development (including R&D) and white-collar services for on- and offshore (including operation) Bremerhaven Offshore areas / Production / Assembly Cuxhaven Offshore areas / Production / Assembly Emden Offshore areas / Wind farms / Production / Assembly Hamburg Management / Sales / Financing Oldenburg R&D / Operation Wilhelmshaven Port and land area capacities

6 Wind Energy Cluster Bremen Milestones: st wind turbine in Bremen 2002 German Government decides exit from nuclear energy st multi-mw wind turbine developed in Bremen 2002 Foundation of wab (Wind energy association) 2003 Bremen government decides on Strategy on Off-Shore Wind - 6 -

7 Develop Bremen into a center for Off-Shore Wind Key elements: Infrastructure: industrial sites + ports Attract production and service companies Sites for prototypes Promote cooperation between Science & Research and Industry develop Bremen into a R+D center for off shore wind energy existing and new scientific institutes to focus on wind energy Strategy on Human Ressources: Training and Qualification Marketing Strategy - 7 -

8 Wind Energy Cluster Bremen Milestones: st prototype 5 MW constructed in Bremen (Multibrid/Areva) 2008 Prototype Repower 7Senvion SE st Off-Shore wind farm : alpha ventus 2009 Fraunhofer Institute IWES opened 2013 BARD offshore windfarm (400 MW) Off-Shore Wind turbines installed 400 MW Off-Shore Wind turbines (appr.) 3900 MW MW prototype to be constructed by Adwen (Siemens/Gamesa) - 8 -

9 Wind Energy Agency WAB Established in Febuary 2002 Number of Members: 380 Form of organization: Registered Association No. of employees: 9 Subsidiaries: germanwind GmbH, Off-Shore Windenergie Messe Financed through: Membership fees & financial support by the State of Bremen Activities: National Representation of Offshore Wind Industry Business networking: Conferences, Social Events etc. Sector studies, market analyses, exhibition participations, seminars and educational tours

10 Successful networking Come on board in Bremen and Bremerhaven, a unique network enables businesses to take advantage of excellent conditions for their onshore and offshore wind energy projects, everywhere along the value-added chain. Bremerhaven Bremen

11 Companies in Bremen engaged in wind energy

12 Service and maintenance: KOBAU Maschinenbau und Industrieservice GmbH Cranes, e. g. crawler canes for alpha ventus (JB 114) Shipping company with tugs and floating cranes (ENAK) Port logistics Logistics services providers, e. g. for Senvion Steel engineering and plant construction Steel engineering and plant construction Steel engineering and construction,ship sections building Ship building yard for jack-up barges, repair- and equipping of serviceships Logistics planners and service providers, e. g. vessel coordinator at alpa ventus Offshore consulting Experts bureau/marine surveyor Port service

13 Industrial sites and port facilities Manufacturers like Senvion GmbH, Adwen GmbH and PowerBlades GmbH are located in the industrial area Luneort

14 Ports : 24/365! Our quays are ready around the clock

15 1) Labradorhafen 2) Offshore Terminal OTB 3) ABC-Halbinsel Offshore Terminal 4) Container Terminal

16 Name Labradorhafen (1) Offshore Terminal OTB (2) Details on next page ABC-Halbinsel Offshore Terminal (3) Container Terminal 1 (4) Quay length 1,132 metres 500 metres 900 metres 500 metres Number of moorings 2 to 3 2 to to 3 Water depth 7.6 metres 14.1 metres 10.5 metres 14.5 metres Heavy-load suitability Heavy-load platform 100 x 16 metres, up to 50 t/m 2 Heavy-load platform 500 x 35 metres Suitable for storage and handling of offshore wind components Heavy-load platform 400 x 34 metres, more than 50 t/m crane runway Lock restrictions 182 x 35 metres None 305 x 55 metres None Labradorhafen (1) The publicly accessible Labradorhafen heavy-load facility provides businesses located around the inner harbour with the customised handling they need. ABC-Halbinsel Offshore Terminal (3) Vessels reach the ABC-Halbinsel, an offshore terminal operated by BLG WindEnergy Logistics, through the newly built, 305-metre by 55-metre Kaiserschleuse lock. The terminal lies between the Kaiserhafen II and III ports adjacent to the car terminal. Besides berths for ships, it has heavy-load areas for storing foundations and large components for offshore turbines. Here BLG WindEnergy Logistics provided logistics services for the Global Tech I, Borkum West II, and Nordsee Ost wind farms. Container Terminal 1 (4) RWE Innogy had used Container Terminal 1 as its base port for the installation of the Nordsee Ost 1 offshore wind farm. Altogether 48 wind turbines in the six-megawatt class were pre-assembled and loaded here for transport to the wind farm site about 35 kilometres north of Helgoland

17 Research and Development

18 Scientific institutions specialized on wind energy are working closely with the industry Fraunhofer Institute for Wind Energy and Energy System Technology University of Applied Sciences Bremerhaven Institute for Wind Energy Alfred Wegener Institute Helmholtz Centre for Polar and Marine Research Institute of Shipping Economics and Logistics

19 Rotor Blade Competence Center Tasks of the test- and competence center rotor blade in halls with up to 90m length are full scale rotor blade tests tests on components tests on material tests in a climate chamber developments of new rotor blade concepts

20 Nacelle Test Stand (DyNaLab) 1st nacelle test facility in Germany for testing drive powers up to 10 megawatts. Reliable tests under realistic conditions in the laboratory, contribute to the evaluation and optimization of established and future turbine concepts. Jointly funded by the Federal Ministry for the Environment (BMU), the State of Bremen, and the European Regional Development Fund (ERDF)

21 BladeMaker-DemoCenter The manufacturing of rotor blades still demands a high degree of manual labor. This is due to the low piece numbers in a production series compared to the automotive industry for example. For manufacturers, the ability to produce parts more quickly and with a constantly higher level of precision can result in significant cost advantages. Together with 15 partners, the Fraunhofer IWES has coordinated the development of a manufacturing center

22 Wind Tunnel Bremerhaven Funding from the State of Bremen, the German government, and the European Union, Acoustically optimised wind tunnel Optimal conditions for individual research and development projects in the offshore industry. The size of the test section enables the investigation of relatively large models or original segments. Deutsche WindGuard is also currently developing a special measuring system for the analysis of aerodyneamic profiles as well as innovative measuring technology for the acoustic optimisation of construction components

23 Qualification & Training Skilled workforce and qualified management personnel can be trained in numerous courses run by these companies and institutions

24 Conclusion: Full value-added chain Bremen and Bremerhaven, a unique network enables businesses to take advantage of excellent conditions for their onshore and offshore wind energy projects, everywhere along the value-added chain. Bremerhaven Bremen

25 不来梅经济促进局 Thank you! 不来梅总部 Mr. Matthias Hempen ( 韩鹏 ) Bremeninvest Kontorhaus am Markt Langenstr. 2-4, Bremen, Germany T hempen@bremen-invest.de