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Interactive Offshore Wind Training Course

MODULES

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What Will Participants Learn?

Throughout the course progression, participants not only enrich their technical understanding but also cultivate an elevated awareness of their role within the ever-evolving offshore wind industry.

Explore the modules covered in the public 3-day training course below.

 

DAY 1

DAY 2

DAY 3

Industry Status
Current offshore wind industry landscape and developments, including historic milestones and future projections.
Detailed Project Design I - Site Design
Site design in initial stages of project development, including a discussion of a holistic approach for project design and its key drivers.
Project Certification / CVA
Overview of project and type certification and the Certified Verification Agent (CVA) process for regulatory compliance.
Elements of an Offshore Wind Farm
Essential structures and systems within an offshore wind farm, with a focus on the latest technological developments.
Detailed Project Design II - Fixed Bottom Foundations
Design considerations for fixed-bottom offshore wind structures, including design selection and drivers, structural design, and detailed design for manufacturing.
Operations I – O&M Strategies
Strategies for effective Operations and Maintenance (O&M) during the operational phase.
Siting and Site Characterization I – Geophysical and Geotechnical Surveys
Initial site selection and characterization with emphasis on geophysical and geotechnical considerations.
Detailed Project Design III – Floating
Extension of design exploration to floating offshore wind structures, including an overview of technologies and drivers for design selection.
Operations II – Vessels and Access Solutions
Vessels and access solutions crucial for offshore wind operations and maintenance, including the latest developments in vessels for all aspects of O&M.
Siting and Site Characterization II – Metocean Studies and Wind Energy Assessments
Initial site characterization with emphasis on metocean conditions and wind energy assessments.
Construction Logistics
Logistics involved in the construction phase, including installation vessels, logistics for different types of offshore wind farms and locations, and construction strategies and planning.
Financing
Financial aspects involved in funding offshore wind projects, including financing mechanisms, debt vs. equity, players within project financing, financing timeline, risks for project financing, similarities and differences to onshore wind financing, and key lessons learned in Europe and the US.
Leasing & Permitting
Leasing and permitting processes essential for offshore wind projects, including the determination of zones, size of zone/phased development, typical lease conditions, and case studies of lease areas.
Ports and Vessels
Role of ports and vessels in supporting offshore wind construction and operations, including types of vessels used for design, construction, and operations, and port requirements.

Safety, Compliance, and Statutory Training
Safety by design, compliance, training, and personal protective equipment.

Procurement Strategies & Supply Chain
Effective procurement strategies and supply chain   management, including scopes of contracts, major players, and advantages/disadvantages of contractual strategies.
Cable Install and Protection
Installation of cables crucial for the transmission of energy, including cable route selection, burial methods, and external protection.
Monitoring
Monitoring processes and technologies used throughout the lifecycle of an offshore wind project, including environmental and condition monitoring and compliance with consent and leasing conditions.
  Electrical Balance of Plant and Transmission
Electrical components essential energy transmission, including electrical balance of plant configurations, transmission strategies and challenges, grid interconnection, and future trends.
Decommissioning
Overview of the decommissioning phase, including the retirement and removal of offshore wind structures.
    Offshore Wind in the US
Insights into specific considerations and developments related to offshore wind projects in the United States, including key challenges, projections, and lessons learned.
0..9
Acronym Explanation

Acronym

1P

Explanation

Something that occurs at the frequency of once per revolution (of the rotor)

Acronym

3P

Explanation

Something that occurs at the frequency of three times per revolution (of the rotor)
A
Acronym Explanation

Acronym

AC

Explanation

Alternating Current

Acronym

ACP

Explanation

American Clean Power (formerly American Wind Energy Association)

Acronym

AEP

Explanation

Annual Energy Production
B
Acronym Explanation

Acronym

BOEM

Explanation

Bureau of Ocean Energy Management

Acronym

BPI

Explanation

Burial Protection Index

Acronym

BSEE

Explanation

Bureau of Safety and Environmental Enforcement
C
Acronym Explanation

Acronym

CAPEX

Explanation

Capital Expenditures

Acronym

CEQR

Explanation

City Environmental Quality Review

Acronym

COE

Explanation

Cost of energy (or electricity)

Acronym

COP

Explanation

Construction and Operations Plan

Acronym

CP

Explanation

Corrosion Protection

Acronym

CPT

Explanation

Cone Penetrometer Testing

Acronym

CTV

Explanation

Crew Transport Vessel
D
Acronym Explanation

Acronym

D

Explanation

Diameter, m (of the rotor)

Acronym

DEVEX

Explanation

Development Expenditures

Acronym

DNV

Explanation

Det Norske Veritas

Acronym

DOE

Explanation

Department of Energy
E
Acronym Explanation

Acronym

EBoP

Explanation

Electrical Balance of Plant

Acronym

EIS

Explanation

Environmental Impact Statement

Acronym

ESP

Explanation

Electrical Service Platform (also OSS)
F
Acronym Explanation

Acronym

FEED

Explanation

Front End Engineering Design

Acronym

FIR

Explanation

Fabrication and Installation Report
G
Acronym Explanation

Acronym

GBS

Explanation

Gravity Base Structures

Acronym

GW

Explanation

Gigawatt

Acronym

GWh

Explanation

Gigawatt hour
H
Acronym Explanation

Acronym

HDD

Explanation

Horizontal Directional Drilling

Acronym

HLV

Explanation

Heavy Lift Vessel

Acronym

HVAC

Explanation

High Voltage Alternating Current

Acronym

HVDC

Explanation

High Voltage Direct Current
I
Acronym Explanation

Acronym

IP

Explanation

Intellectual Property
L
Acronym Explanation

Acronym

LCoE

Explanation

Levelized Cost of Energy

Acronym

LIDAR

Explanation

LIght Detection And Ranging
M
Acronym Explanation

Acronym

MW

Explanation

Megawatt
N
Acronym Explanation

Acronym

NDBC

Explanation

National Data Buoy Center

Acronym

NEPA

Explanation

National Environmental Policy Act

Acronym

NOAA

Explanation

National Oceanic and Atmospheric

Acronym

NREL

Explanation

National Renewable Energy Laboratory
O
Acronym Explanation

Acronym

O&M

Explanation

Operations & maintenance

Acronym

OCS

Explanation

Outer Continental Shelf

Acronym

OEM

Explanation

Original Equipment Manufacturer

Acronym

OLTC

Explanation

On-Load Tap Chargers

Acronym

OPEX

Explanation

Operational Expenditure

Acronym

OSS

Explanation

Offshore Substation (also ESP)

Acronym

OWF

Explanation

Offshore Wind Farm
P
Acronym Explanation

Acronym

PDE

Explanation

Project Design Envelope

Acronym

PPA

Explanation

Power Purchase Agreement
Q
Acronym Explanation

Acronym

QA/QC

Explanation

Quality Assurance / Quality Control
R
Acronym Explanation

Acronym

RFI

Explanation

Request for Information

Acronym

ROV

Explanation

Remotely Operated Vehicle
S
Acronym Explanation

Acronym

SAP

Explanation

Site Assessment Plan

Acronym

SBJ

Explanation

Suction Bucket Jacket

Acronym

SEQRA

Explanation

State Environmental Quality Review Act

Acronym

SWA

Explanation

Service and Warranty Agreements
T
Acronym Explanation

Acronym

TP

Explanation

Transition Piece
U
Acronym Explanation

Acronym

USCG

Explanation

United States Coast Guard

Acronym

UXO

Explanation

Unexploded Ordnance
V
Acronym Explanation

Acronym

VMD

Explanation

Virtual Met Data
W
Acronym Explanation

Acronym

WEA

Explanation

Wind Energy Area

Acronym

WRF

Explanation

Weather Research and Forecasting

Acronym

WTG

Explanation

Wind Turbine Generator

Additional Resources

 

Offshore Wind North America

DNV is your trusted partner in developing safe and reliable offshore wind projects in North America.

 

Other Training Courses at DNV

DNV's Energy Academy provides a wide range of courses for the electricity supply chain

 

Questions about Offshore Wind in the U.S.?

DNV training delivers answers!

 

Oregon's blue frontier

Challenges and opportunities for developing offshore wind projects DNV

 

Certified Verification Agent (CVA)

DNV continues to support the rapid development of offshore wind in the United States

 

Value chain assessment for offshore wind farms

Remove uncertainties to alleviate risk and simplify the investment decision making process for offshore wind farms.