Research Results and Reports

The IEA Wind TCP regularly publishes assorted reports, articles, and Recommended Practices based on the research activities of the various tasks. These publications help to improve development and deployment within the wind energy sector; for example, many of the IEA Wind TCP Recommended Practices have served as the basis for both national and international standards.

Here, you will find our most recent publications. Please use the search bar at the top of this page to find older publications. 

New Publications

Task 26
Cost of Wind Energy


TN_Data_Vis_2.jpgWind Project Statistics Data Viewer
November 2017
The IEA Wind TCP Task 26 Data Viewer is an interactive tool to explore wind project statistics.  


IEA Wind TCP Recommended Practice

rp17bordersm.jpgRP17: Wind Farm Reliability Data
May 2017
Recommended Practice that aims to improve the accuracy, consistency, integrity, and value of reliability data for all stakeholders across wind asset investment, development, operation and insurance. See Factsheet
Task 26
Cost of Wind Energy


nenergy_2016_135-aop-1.jpgExpert elicitation survey on future wind energy costs (in Nature Energy)
September 2016
Summarizes a global survey of 163 wind energy experts to gain insight into the possible magnitude of future wind energy cost reductions, the sources of those reductions, and the enabling conditions needed to realize continued innovation and lower costs.


Task 26 Cost of Wind Energy

Offshore-Wind-Farm-Baseline-Documentation-1__1_.jpgOffshore Wind Farm Baseline Report
June 2016
Provides a common starting point for country comparisons and sensitivity analysis on key offshore wind cost and value drivers. 




Task 26
Cost of Wind Energy 


t26_report.pngImpacts of Wind Turbine Technology on the System Value of Wind in Europe 
October 2017
IEA Wind TCP Task 26 Technical Report explores the impact of larger rotors and taller towers on the system value of wind energy

IEA Wind TCP
Recommended Practice


rp13_2.jpgRP 13 Ed. 2: Wind Energy Projects in Cold Climates
February 2017
An update to the 2012 Recommended Practice from Task 19, This document addresses many special issues that must be considered over the lifetime of a cold climate wind energy project.

Task 19
Cold Climates


t19_at.pngAvailable Technologies of Wind Energy in Cold Climates
July 2016
Summarizes existing technologies and solutions from weather modeling, to ice detectors and turbine manufacturers in in wind energy in cold and icing conditions.

Task 32
Lidar


t32_tech.pngPhase 1 Technical Report
May 2016
Summary of the technical results from IEA Wind Task 32 Phase 1, which addresses the development of wind lidar technologies for wind energy development.




Task 32
Lidar


t32_turbulence.pngEstimating Turbulence Statistics and Parameters from Ground- and Nacelle-Based Lidar Measurements
October 2015
A detailed overview of the current state-of-the-art with regards to characterizing atmospheric turbulence from lidar measurements. It includes discussion of some commonly asked questions by the industry. 


Task 35
Ground Based Testing


t35_final.pngTask 35 Final Management Report
October 2017
A report summarizing the activities of Task 35; Subtask Nacelle focused on the development of test procedures for Wind Turbine Generator (WTG) nacelles and Subtask Blade evaluated and compared blade test methods.

Task 34
WREN


t34_white_paper.pngAdaptive Management White Paper
November 2016
Explores the use of adaptive management for wind energy development and suggests the need for a common understanding, definition, and framework for adaptive management and its application to wind energy.

Task 26
Cost of Wind Energy


lbnl-1005717-1__1_.jpgForecasting Wind Energy Costs and Cost Drivers: Views of the World’s Leading Experts
June 2016
An expert elicitation survey of 163 of the world’s foremost wind experts, aimed at understanding future costs and technology advancement possibilities. Download the brief summary presentationfull summary presentation, and supplementary material.


Task 32
Lidar


t32_fls.pngState-of-the-Art Report for Floating Lidar Systems
February 2016
This report codifies existing industry and academic best practices to help ensure that the best quality FLS data are made available for use in the wind energy resource assessment process.

Task 31
WAKEBENCH


t31_model.pngWAKEBENCH Model Evaluation
April 2015
A model evaluation protocol for wind farm flow models to address a verification and validation (V&V) framework for wind farm flow models at microscale level, typically used in wind resource/site assessment and wind farm design applications.

IEA Wind TCP
Recommended Practice

RP_18.pngRP 18: Floating Lidar Systems (FLS)
September 2017
New Recommended Practice for obtaining the best quality FLS data for use in the wind energy resource assessment process, developed by expert practitioners and industry stakeholders

IEA Wind TCP

poster.pngIEA Wind Offshore Research Poster
October 2016
IEA Wind participants collaboratively publish results and promote ongoing work to reduce the risk and lower the cost of offshore wind deployment. This poster was presented at the AWEA Offshore Wind Conference, 2016.

Task 25
Integration


t25.pngFinal Summary Report, Phase three 2012–2014
June 2016
Case study results include variability and uncertainty of large-scale wind power, long-term grid and capacity planning issues, short-term reliability and balancing, and recent wind integration studies for more than 40% of wind power.

Task 30
OC5


t30_1b.pngOC5 Project Phase Ib: Technical Report
January 2016
Results of IEA Wind OC5 Project Phase Ib: validating the tools used for modeling offshore wind systems through the comparison of simulated responses of select offshore wind systems (and components) to physical test data.

Task 31
WAKEBENCH


t31_best.pngBest Practice Guidelines for Wind Farm Flow Models
April 2015
This is the technical annex to the WAKEBENCH Model Evaluation Protocol for Wind Farm Models. It provides more detailed information on relevant elements of the model evaluation process.

IEA Wind TCP Annual Reports


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The IEA Wind TCP has been researching and developing wind related technologies since 1977. The early pioneers of wind worked in relative obscurity envisioning a bright future for wind energy. Over several decades, larger and more efficient turbines now generate huge amounts of renewable energy.

Our Annual Reports highlight the work of the current research Tasks and provide an extensive summary of the how member countries benefit from wind energy, how much wind power generation each country has deployed, and how policies and research programs will increase wind power’s contribution to the world energy supply.

Click here for access to the full list of IEA Wind TCP Annual Reports.