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Titan-Fraunhofer
Floating LiDAR
Changing the game. Offshore.
Offshore wind power trends
• Prices are decreasing but are not expected to reach a plateau in the
near future
• Corporate PPAs and hedge instruments in Europe
• Taiwan aggressive reduction of tariffs reaching now half of the original
FiT
Source: Bloomberg
• Global installations projected to grow
• APAC (China to the largest extent) is the major global growth driver
• UK and Germany still the main drivers in Europe
• US picking up post 2020
Titan and Fraunhofer IWES
• Wind farm digitalization and predictive maintenance
• Testing
• Commercial viability of new technologies for the
Chinese market
LiDAR Buoy:
• First Offshore LiDAR System in China
• 7 units deployed in the second half of 2018
Fraunhofer Institute:
• 72 Fraunhofer institutes in Germany
• More than 24,000 employees, mainly with an academic
background
in natural or engineering sciences
• € 2.4 billion annual research budget
Fraunhofer IWES:
• € 80 million infrastructure investments
• 170 employees
Titan Technologies Corporation:
• Rich experience in the wind industry (since 2009)
• High-tech company with data analytics focus
• Aritificial Intelligence applied to industrial digitalization
• 850 projects realized in 10 years of operations
• 100 highly qualified data anlytics and algorithm experts
Titan-Fraunhofer
Floating LiDAR
• Sino-German Joint Development
• Accurate Measurement of Offshore Environmental Data at
Different Heights
• Offshore Wind Resource Assessment, Power Curve
Verification
• Proven track record in Europe and now adopted by China Three
Gorges Group and China General
Nuclear for several of their sites
ORE Catapult report
Criteria Data Points Slope R2
Best Practice N/A 0.98-1.02 >0.98
Minimum N/A 0.97-1.03 >0.97
100m (WS>2) 6778 1.006 0.992
100m (4
• Verification carried out for a period
of 6 months from December 2016
to May 2017
• Reference mast: FINO3, approx.
80 km west-northwest of the
Island of Sylt, Germany
• System equipped with Leoshpere Windcube LiDAR
• Full acceptance of all KPIs:
• Overall System Availability >99.5%• Monitor System Availability >98.2%• Overall Post-quality-filtered Data
Availability >96.7 %
DNV GL Independent
Assessment at FINO3 “The slopes are within the best
practice acceptance criteria [0.98 >
Xmws > 1.02] and the Coefficient of
Determination meets the best
practice acceptance criteria
[R2mws > 0.98]”
“The KPI values for Slope, R2 and
Offset2 are within the best practice
acceptance criteria at all selected
heights”
Wind speed:
Wind direction:
Track Record
Date Campaign / Project Position LiDAR
Q3-Q4 2013 Validation Campaign (BMU Research Project) Fino 1 Leosphere Windcube
Q3 2014 Validation Campaign – Test new LiDAR Fino 1 ZephIR (ZX Lidars)
Q1-Q2 2015 Validation Campaign Fino 1 Leosphere Windcube
Q2-Q3 2015 OBLIX-F1 (Offshore Boundary Layer Exper.) Fino 1 Leosphere Windcube
Q3 2015 OBLIX-F1 Fino 1 ZephIR (ZX Lidars)
Q3 2015 OBLIX-F1 Fino 1 ZephIR (ZX Lidars)
Q4 2015 RUNE Danish west coast Leosphere Windcube
Q1-Q2 2016 RUNE2 Danish west coast Leosphere Windcube
Q1-Q3 2016 CT Pre-Commercial Fino 1 ZephIR (ZX Lidars)
Q4 16 - Q3 17 DNV-GL Pre-commercial Fino 3 Leosphere Windcube
Q3 2017 - Seagreen Scottish east coast ZephIR (ZX Lidars)
Q4 2017- KOWL Scottish east coast Leosphere Windcube
Q1 2018 - Titan-Fraunhofer Buoy #1 East China Sea ZephIR (ZX Lidars)
Q1 2018 - Titan-Fraunhofer Buoy #2 East China Sea ZephIR (ZX Lidars)
Q4 2018 - Titan-Fraunhofer Buoy #3 South China Sea ZephIR (ZX Lidars)
Q4 2018 - Titan-Fraunhofer Buoy #4 South China Sea ZephIR (ZX Lidars)
Q1 2019 - Titan-Fraunhofer Buoy #5 South China Sea ZephIR (ZX Lidars)
Q1 2019 - Titan-Fraunhofer Buoy #6 South China Sea ZephIR (ZX Lidars)
Q1 2019 - Titan-Fraunhofer Buoy #7 South China Sea ZephIR (ZX Lidars)
Q1 2019 Titan-Fraunhofer Buoy #8 South China Sea ZephIR (ZX Lidars)
Q1 2019 Titan-Fraunhofer Buoy #9 South China Sea ZephIR (ZX Lidars)
Q2 2019 Titan-Fraunhofer Buoy #10 Confidential TBD
Q2 2019 Titan-Fraunhofer Buoy #11 Confidential TBD
Q2 2019 Titan-Fraunhofer Buoy #12 Confidential TBD
Verification of wind speed and wind direction (China)
R2 (70m) = 0.986
R2 (90m) = 0.986
R2 (110m) = 0.990
Average data availability > 94%
10 min data during Typhoon (Nov. 2018)
0
5
10
15
20
25
30
2018/10/30
8:00
2018/10/30
13:50
2018/10/30
19:40
2018/10/31
1:30
2018/10/31
7:20
2018/10/31
13:10
2018/10/31
19:00
2018/11/1
0:50
2018/11/1
6:40
2018/11/1
12:30
2018/11/1
18:20
2018/11/2
0:10
2018/11/2
6:00
2018/11/2
11:50
2018/11/2
17:40
2018/11/2
23:30
2018/11/3
5:20
风速
(m/s
)
speed_70m speed_90m speed_110m
10-min average wind speed 26.08m/s
Max wind speeds reached 50 m/s
No damage to the buoy and data availability of 100%!
Cloud-based platform and APP
• 24/7 monitoring of Floating LiDAR status
• Easy access to all operational parameters and historical data
• Customizable to reflect the desired set of KPIs
Thank you