DNVGL.se

Tackling the onshore remote sensing industry

The one day short course addresses current onshore remote sensing industry challenges and technological advancements.

Kontakta oss

Reesa Dexter Reesa Dexter
Senior Energy & Performance Specialist
Remote sensing for wind turbines

Training Information

  • Duration:

    1 day

Course details

Date
Location
Language
Fee
Register
Date
10 June 2019
Location
DNV GL office in Seattle USA
Language
English
Fee
 $ 850 p.p. (early bird fee $ 700 till 11 May 2019)
Register
 click here  

This one day short course allows attendees to benefit from DNV GL’s extensive experience in remote sensing by addressing current onshore remote sensing industry challenges and technological advancements.

Particular attention will be paid to the current and future role of remote sensing from preconstruction energy assessments, power curve testing and operational wind farm evaluations. In addition to addressing current advancements in remote sensing technology, best practices and standards, the one-day course will provide an understanding of how these effect various stake holders (i.e. OEMs, developers and lenders). 

On completion of this course, delegates should understand the application of the latest remote sensing technologies and standards. Delegates should also have a better understanding of the rewards and pitfalls of employing remote sensing devices in all phases of a wind farm.

Who should attend?
Developers, operators, turbine manufacturers, lenders and other professionals involved with remote sensing campaigns who wish to benefit from DNV GL’s technical knowledge and expertise. Attendees with a basic or more advanced understanding of how remote sensing devices operate and industry best will benefit most from the course.

Related courses  
DNV ​GL ​is ​offering ​three ​training ​courses ​at ​our ​Seattle ​offices ​in ​June ​of ​2019. ​Day ​1 (10 June) ​will ​cover ​tackling ​the ​onshore ​remote ​sensing ​industry ​including ​how ​to ​evaluate ​data ​for ​wind ​resource ​or ​power ​performance ​measurements. ​Days ​2 ​and ​3 (11 & 12 June) ​will ​cover ​IEC ​61400-12-1 ​Ed. ​2 ​for ​power ​performance ​measurements. ​​Day ​4 (13 June) ​is ​for ​the ​Wind ​Farm ​Performance ​Optimization ​training ​course ​focusing ​on ​best ​practices ​for ​monitoring ​component ​health, ​availability ​and ​power ​performance. 

Draft course outline

Day 1

  • Time
    Title/Description
  • 08:30 -09:00

    Continental breakfast and registration

  • 09:00 -10:45

    Introductions and background
    Maximizing resources and minimizing risk of remote sensing campaigns
    Remote sensing campaigns as it applies to lending and power curve test agreements (TSA) 

  • 10:45 -11:00

    Break

  • 11:00 -12:15

    Commissioning best practices
    Next generation of common remote sensing devices

  • 12:15 -13:15

    Lunch

  • 13:15 -14:45

    Remote sensing applications, analysis and uncertainty from pre to post windfarm construction

  • 14:45 -15:00

    Break

  • 15:00 -16:00

    Complex flow correction
    Open discussion