0
Drive Train Advances
Reliability, Efficiency & Low Speed Operation

John Titchen - Goldwind Australia
9th Australian Wind ...
Goldwind at a glance (as to 30th June 2013)
1. Simplified drive train

2. Higher reliability

3. Enhanced grid connectivity

4. Case Study – Gullen Range Wind Farm

5...
Wind Turbine Drive Train Developments

Data Source: MAKE Consulting
‘Global Wind Turbine Trends 2012’
January 2013
Wind Turbine Drive Train Developments

Source: MAKE Consulting
‘Global Wind Turbine Trends
2012’ January 2013
1. Simplified Drive Train

1

Rotor Blade
2

1

Hub
3

Pitch System
4

5

5

8

6

Generator
Rotor Bearing

3
6

2

Base F...
2. Higher Reliability and Reduced Drive Train Losses

Trend

Advantages

Eliminates gearbox failures

Direct Drive

Elimin...
3. Enhanced grid connectivity and Reduced Losses
Trend

Advantages
Greater control and operational flexibility

Full Power...
4. Case Study – Gullen Range Wind Farm

 Located North West of Goulburn in NSW

 Developed by Epuron
 73 wind turbines ...
Construction – Roads Foundations
Construction - Logistics

12
Generator

13
Nacelle

14
Generator Lift

15
Construction – Turbine Assembly
Rotor Installation
18
19
Gullen Range 330kV Connection
Gullen Range
 High Reactive Power Capability

 Advanced Fault Ride Through Capability
 Pa...
Bankable Technology – Gullen Range Wind Farm

• GRWF non-recourse project finance
led by National Australia Bank:
• Bank g...
Strong Partners
Developer

Land, DA, monitor wind etc

Epuron

Connection

Connection Agreement

Transgrid

Connection Ass...
5. Case Study – Mortons Lane Wind Farm

 Located Western Victoria
 Developed by Newen

 Goldwind Permanent Magnet Direc...
Goldwind 1.5MW Turbine Series

1 Rotor blade
2 Cast hub

3 Pitch drives

1

4

4 Generator stator

5 Generator PM rotor
6 ...
Annual production target exceeded by 12/11/2013

100% of annual target

in 87% of the year
• WTG Availability > 98.9%
• Po...
Mortons Lane Wind Farm

An example day from
http://windfarmperformance.info
26
27
600.00

Average power(kW)
500.00

400.00

300.00

200.00

100.00

0.00
0.00

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.0...
A Scalable Technology
Our next generation of wind turbines are designed to meet demand in low-wind,
coastal and offshore m...
Preserving White Clouds and Blue Skies for the Future

Gullen Range Wind Farm
Upcoming SlideShare
Loading in...5
×

John Titchen, Goldwind Australia: Drive train advances to improve reliability, efficiency and low wind speed operation

618

Published on

John Titchen, Managing Director, Goldwind Australia delivered this presentation at 2013 Australian Wind Energy Conference. The event gave conference attendees key insights into how the new Abbott Government may impact future developments in the industry. The conference has a long-standing history of bring together key policy stakeholders, government representatives, project developers, energy companies and regulators. For more information about the annual event, please visit the conference website: https://www.informa.com.au/windenergyconference.

Published in: Technology, Business
0 Comments
0 Likes
Statistics
Notes
  • Be the first to comment

  • Be the first to like this

No Downloads
Views
Total Views
618
On Slideshare
0
From Embeds
0
Number of Embeds
0
Actions
Shares
0
Downloads
46
Comments
0
Likes
0
Embeds 0
No embeds

No notes for slide

Transcript of "John Titchen, Goldwind Australia: Drive train advances to improve reliability, efficiency and low wind speed operation"

  1. 1. Drive Train Advances Reliability, Efficiency & Low Speed Operation John Titchen - Goldwind Australia 9th Australian Wind Conference November 19th 2013
  2. 2. Goldwind at a glance (as to 30th June 2013)
  3. 3. 1. Simplified drive train 2. Higher reliability 3. Enhanced grid connectivity 4. Case Study – Gullen Range Wind Farm 5. Case Study – Mortons Lane Wind Farm 3
  4. 4. Wind Turbine Drive Train Developments Data Source: MAKE Consulting ‘Global Wind Turbine Trends 2012’ January 2013
  5. 5. Wind Turbine Drive Train Developments Source: MAKE Consulting ‘Global Wind Turbine Trends 2012’ January 2013
  6. 6. 1. Simplified Drive Train 1 Rotor Blade 2 1 Hub 3 Pitch System 4 5 5 8 6 Generator Rotor Bearing 3 6 2 Base Frame 7 7 4 8 Yaw System Heat Exchanger
  7. 7. 2. Higher Reliability and Reduced Drive Train Losses Trend Advantages Eliminates gearbox failures Direct Drive Eliminates gearbox energy losses Less than half the number of components required in the WTG “It was the PMG’s greater efficiency in part load operation that led GH to conclude it was the superior generator for economic wind energy conversion” -Garrad Hassan 8
  8. 8. 3. Enhanced grid connectivity and Reduced Losses Trend Advantages Greater control and operational flexibility Full Power Converter Better fault ride through capabilities Enables the ability to satisfy future grid codes and requirements Eliminates slip rings and associated maintenance Eliminates secondary winding losses Permanent Magnet Generator Superior part-load efficiency as there are no requirements for generator excitation Reduction in size and mass of typical direct drive generator High power to weight ratio 9
  9. 9. 4. Case Study – Gullen Range Wind Farm  Located North West of Goulburn in NSW  Developed by Epuron  73 wind turbines = 165.5 MW  56 x 2.5MW; 17 x 1.5MW  Construction is well advanced see photo below 10
  10. 10. Construction – Roads Foundations
  11. 11. Construction - Logistics 12
  12. 12. Generator 13
  13. 13. Nacelle 14
  14. 14. Generator Lift 15
  15. 15. Construction – Turbine Assembly
  16. 16. Rotor Installation
  17. 17. 18
  18. 18. 19
  19. 19. Gullen Range 330kV Connection Gullen Range  High Reactive Power Capability  Advanced Fault Ride Through Capability  Park Level Voltage/Reactive Control  Active Power Control  PSS/E Models      330/33kV substation Transgrid 330kV line & switchyard 20
  20. 20. Bankable Technology – Gullen Range Wind Farm • GRWF non-recourse project finance led by National Australia Bank: • Bank group funded $247 million • National Australia Bank • Industrial Commercial Bank of China • Bank of China • China Construction Bank • Communications Bank of China • Financial Close June 2013
  21. 21. Strong Partners Developer Land, DA, monitor wind etc Epuron Connection Connection Agreement Transgrid Connection Asset Transgrid/UGL PPA Power Purchase Agreement EnergyAustralia EPC Wind Turbine Supply Goldwind Balance of Plant (Civil & Electrical) Catcon/CPP Tower Supply (17 x 85m for GW82/1.5) Keppel Prince Engineering Tower Supply (56 x 80m for GW100/2.5) TSP Erection Windhoist Logistics Deugro Main Transformers Wilson Transformer Company Kiosk Transformers Wilson Transformer Company MV cables Prysmian LV cables Prysmian Met Masts ART Contractors Engineer AECOM Banks Independent Engineer GLGH Project Finance NAB, ICBC, BoC, CCB, CBoC Finance
  22. 22. 5. Case Study – Mortons Lane Wind Farm  Located Western Victoria  Developed by Newen  Goldwind Permanent Magnet Direct Drive turbines  13 x GW82 1.5MW (First MW Scale PMDD in the NEM)  Powercor connection  EnergyAustralia PPA  Sold to CGN Wind 23
  23. 23. Goldwind 1.5MW Turbine Series 1 Rotor blade 2 Cast hub 3 Pitch drives 1 4 4 Generator stator 5 Generator PM rotor 6 Base frame 7 Tower 3 6 2 5 7
  24. 24. Annual production target exceeded by 12/11/2013 100% of annual target in 87% of the year • WTG Availability > 98.9% • Power Curve • Wind Resource Mortons Lane Wind Farm 25
  25. 25. Mortons Lane Wind Farm An example day from http://windfarmperformance.info 26
  26. 26. 27
  27. 27. 600.00 Average power(kW) 500.00 400.00 300.00 200.00 100.00 0.00 0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00 28
  28. 28. A Scalable Technology Our next generation of wind turbines are designed to meet demand in low-wind, coastal and offshore markets. 3.0 MW 6.0 MW Rotor Diameters (m) 70, 77, 82, 87, 93 109, 112, 121 121 TBD Status Commercial Commercial In Prototype In Development Installed (MW) 12,741 MW 540 MW 18 MW - Suitability 2.5 MW Products specialized for challenging environments continue to drive sales • • • • • • Low-Wind 1.5 MW Strong domestic demand for turbines that perform well in low wind speed Offshore Product Platforms China targets 5 GW of offshore installations by 2015. PMDD well suited for offshore. Source: Company filings. • Low wind speed • Coastal • Offshore • Low wind speed • Coastal • Offshore Low Wind Speed Class IIIB: 87/1500 Medium Wind Speed Class IIA: 109/2500 Low Wind Speed Class IIIB: 121/3000 Ultra-Low Wind Speed Class S: 93/1500 Low Wind Speed Class IIIA: 112/2500 Class IIIB: 121/2500 Low temperature High temperature High altitude Low wind speed Ultra-low wind Coastal • Coastal • Coastal & Intertidal • Offshore • Coastal & Intertidal • Offshore • Offshore • Offshore 87/1500 Musselshell, Montana, USA Page 29
  29. 29. Preserving White Clouds and Blue Skies for the Future Gullen Range Wind Farm
  1. A particular slide catching your eye?

    Clipping is a handy way to collect important slides you want to go back to later.

×