Winddag 2015: Innovation need and necessity. Bob Meijer 20 juni 2015

Transcription

1 Winddag 2015: Innovation need and necessity Bob Meijer 20 juni 2015

2 Objectives of the TKI Wind op Zee Economic benefits Cost reduction 174 Expedite the Energy Transition 40% juni 2015 Winddag 2015: Innovation need and necessity 2

3 The route to success 127 m Ø 33 m Ø 164 m Ø A380 Airbus MW

4 The route to success 8 MW 10 kw pioneers are now large world players juni 2015 Winddag 2015: Innovation need and necessity 4

5 Cost reduction options Cost Reduction (areas and examples) Technology Supply Chain Financing Policy R&D and Innovation Programme 5 R&D Program lines TRL from 2 to 8 Economies of Scale & Learning by doing Increased competition and Vertical Integration Contract structures Risk / Cost of Capital Financing structures Insurance Permitting Financial support system R&D en Innovation policy Demonstration 12 juni 2015 Winddag 2015: Innovation need and necessity 5

6 Research & Innovation areas Offshore Foundation technology Wind turbines and wind farm optimisation Electrical network and grid connection Transport, Installation and Logistics Operations and Maintenance Include floating Include wind turbines End-of-Life 12 juni 2015 Winddag 2015: Innovation need and necessity 6

7 R&D and innovation landscape TRL 1 TRL 2 TRL 3 TRL 4 TRL 5 TRL 6 TRL 7 TRL 8 TRL 9 Development Program Demonstration Program 12 juni 2015 Winddag 2015: Innovation need and necessity 7

8 12 juni 2015 Winddag 2015: Innovation need and necessity 8

9 Demonstration: Co-location Pre-developed site Site including Permit, Grid Connection and Production Subsidies (SDE+) Contractual separation Potential TKI Wind op Zee R&D subsidies EU cooperation: DemoWind Optional: cooperation with regular farms within the Borssele zone 12 juni 2015 Winddag 2015: Innovation need and necessity 9

10 Locations of the platforms Project Leeghwater Borssele Innovation site 2 WTGs Max 20 MW Beauty contest tender Operational in juni 2015 Winddag 2015: Innovation need and necessity 10 Offshore Grid Borssele Scoping Document March 30,

11 SPARTA - Operational Performance Database System Performance, Availability and Reliability Trend Analysis Joint initiative: The Crown Estate & Offshore Renewable Energy Catapult UK offshore wind farm performance benchmarking tool Available to Owner Operators (test/pilot phase) since April 2014 Web-based solution for participants Collection, analysis & reporting of anonymised system level availability, reliability & performance data 70 monthly metrics Will help identify operational improvement opportunities A contribution to reducing LCoE Great example of industry collaboration 12 juni 2015 Winddag 2015: Innovation need and necessity 11

12 Input & output data SPARTA : Input Data 6 Example Outputs 7 Fixed General Metrics Variable Monthly Metrics Wind Farm Details Name, Location, Rated Capacity Turbine Details Manufacturer, Model Balance of Plant Foundation types, Substations, Cabling Site Conditions Meteorological devices, Long term mean wind speed Power Performance Availability Curtailment Itemised System Repairs Weather Measurements 12 juni 2015 Winddag 2015: Innovation need and necessity 12

13 Underwater noise mitigation during pile driving and Installation methods Bob Jung IHC 12 juni 2015 Winddag 2015: Innovation need and necessity 13

14 Royal IHC FLOW 2014 Final project presentations Underwater noise mitigation during pile driving project P IHC Installation methods for use of an underwater noise mitigation system in conjunction with pile driving from a floating vessel and from a jack-up project P IHC

15 IHC-NMS = a two mitigation systems solution Air isolated barrier and a contained bubble screen mitigating high/low frequencies Air Isolated Barrier, using different medium & materials Pile Contained bubble screen Inner screen Air gap between inner/outer screen Outer screen Rubber isolated inner & outer screen Contained Bubble Screen Multi level bubble injection system (water depth compensated) Multi size bubble injection (water depth compensated Extra features Adjustable Upper Guiding Fixed Lower Guiding Rotation Tool Inclination Tool Global Positioning System Preservation protection system Modular system And more.

16 Noise Mitigation System R&D - Test Projects Improving Adapting to installation methods Hammere kilo Joule S30 S90 S300 S800 S800 S1800 S2000 S2000 S2000 S3000 Pile Diameter r H O 2 0,3m 3m 1,2m 4m 2,2m 8m 3,5m 30m 3,5m 30m 6,5m 30m 6,0m 30m 6,5m 23m 6,5m 25m 7,5m 35m HiLo BBC HiLo Big Bubble Curtain Decibel Decibel BBC Big Bubble Curtain HiLo ** Decibel BBC Big Bubble Curtain Noise reduction Decibel Decibel Decibel Decibel Decibel Decibel HiLo No refrence Pre-Vibrated pile 15 Decibel Decibel HiLo HiLo Decibel Decibel HiLo ** Decibel 3th Mitigation System

17 Available NMS configurations & yard Vlissingen NMS-6000 * NMS-6900 * NMS-8000 * MED-mast/Riffgat/Riffgrund/Butendiek/Amrumbank/Godewind

18 NMS-6000 Riffgrund more then just noise mitigation Pile integrity by integrated functionality Each contractor is not only using a piling hammer. A lot of tools and equipment is involved, consuming: Deck space Operators Energy Controls Handling time Costs Etc.. Combining functionality in one piece of equipment is: Speeding up the installation Increasing workability Ensuring accurate installation Eliminating risks Reducing costs

19 OWF Riffgrund started finished NMS-6000/34 Hammer S Hs 2,0 m - Current 0,8 m/s - 77 Mono-Piles

20 Frequency specific noise reduction by NMS up to 45 db Frequencies during piling without & with NMS Back ground noise level Harbor Porpoise hearing range dB 45dB Background noise level with NMS Harbor Porpoise is returning to the site

21 95-100% of the water born noise is mitigated by NMS Challenge: Noise in air water ground ground to water Air 5 % Hammer born noise Air 5 % Hammer born noise Water 98 % NMS/Water born noise Air 95 % Pile born noise Hydrophone Air born Hammer noise Bottom ** % Ground born noise Hydrophone Air born noise Pile Hydrophone Water born noise NMS Hydrophone Ground born noise Pile Geosensor Ground to water born noise 750 m

22 3th mitigation system RUNS NMS integrated scour covering bubble curtain

23 Special thanks for corporation & sharing information! Logic will get you from A to B. Imagination will take you everywhere

24 Eneco Luchterduinen Lidar Buoy Leon van der Meijden Eneco Wind

25 Lidar Buoy Wind, wave and current measurements from floating buoy instead of fixed met mast Avoiding big investments in early phase of a project (long before FID) Cost saving; couple of million euros, subject to site conditions 12 juni 2015 Winddag 2015: Innovation need and necessity 25

26 Lidar Buoy Innovation: Combine a number of sensors to obtain detailed in-situ MetOcean data; 3 directional wave sensor 3-axis motion sensor windsonic acoustic wind sensor Air pressure, air temperature and humidity sensor 600kHz current profiler ZephIR 300S Lidar 12 juni 2015 Winddag 2015: Innovation need and necessity 26

27 Lidar Buoy Validated near the RWE fixed Met Mast at IJmuiden Ver. DNV GL independent assessment: DNV GL concludes that the Lidar buoy has formally qualified for Stage 2 precommercial in the context of the Floating LiDAR Commercial Roadmap. Currently deployed at Navitus Bay project (UK) 12 juni 2015 Winddag 2015: Innovation need and necessity 27

28 Jaap de Boer Energy Watch

29 Dynamic Power Management In search for cost-savings and improvements in the value chain. General idea: Lower CoE and higher ROI of offshore windenergy through integral approach of windfarm, grid connection and energy market. Idea 1: Dynamic cable rating. Idea 2: Can wind energy anticipate to electricity fluctuations (and contribute to frequency-stability)? Idea 3: Optimise wind turbines/farms to reduce costs further down the value chain. 12 juni 2015 Winddag 2015: Innovation need and necessity 29

30 Dynamic Power Management Result from 1: Dynamic cable rating leads to cost savings up to 2%. Result from 2: Wind operators can gain additional income by participating in market for Tertiary Control Reserve. Results from 3: Lower Power Density => more predictable Storm control => more energy & more predictable Overbooking => lower COE Lower direction dependency => more predictable Results 12 juni 2015 Winddag 2015: Innovation need and necessity 30

31 Dynamic Power Management Key conclusion: Utilization rate of infrastructure and site location can be improved. Next steps Key question: How to reach, involve and commit key stakeholders? The answer lies in creating the right incentives (Subsidy scheme and tender rules) 12 juni 2015 Winddag 2015: Innovation need and necessity 31

32 Zbridge Reinout Prins Ztechnologies technologies

33 Zbridge Zbridge facilitates crew and 1 T cargo transfer to offshore windturbines from W2W vessels. 100 % redundancy - integration in all drive and controll systems. FMEA analysis has been succesfully performed, resulting in certification of the system by Bureau Veritas In combination with the increased weather window, the possibility to transfer cargo and crew results in a considerable cost reduction ( ECN- O&M-calculator) technologies 12 juni 2015 Winddag 2015: Innovation need and necessity 33

34 Zbridge Innovative is the compensation-system, which garantuees the verticality of the column during all vessel movements, with a minimum of energy. It is the only system which facilitates the transfer of crew and cargo, crane operation, in the same time increasing the operational weather window technologies 12 juni 2015 Winddag 2015: Innovation need and necessity 34

35 Zbridge - During May-June 2015 the prototype is undergoing test trials - Offshore testing is planned for July Zbridge will be available for commercial operations from August 2015 technologies 12 juni 2015 Winddag 2015: Innovation need and necessity 35

36