Optimizing Wind Resource Assessment Before Construction

Wind power

En partenariat

RES Canada

Période de réalisation

2017-2021

Partager :

Le projet

Before building a wind farm, it is essential to thoroughly assess the available resources at the site. Together with RES Canada, we are working to improve the quality of this assessment during the pre-construction phase by providing a more detailed characterization of wind, ice, and energy potential.

To achieve this, we model the climate over several decades to characterize wind and ice based on their averages and variability. Using GPEO, our ice model, allows for a more accurate characterization than that provided by models currently used in the industry. By generating more comprehensive climate analyses and a more reliable characterization of the resource, this project helps developers make better-informed decisions from the earliest stages of a wind energy project, ensuring profitability and reducing risks for the industry.

The Objectives

  • improve the quality of wind resource assessment during the pre-construction phase
  • characterize wind and frost based on their averages and variability over several decades
  • provide a more reliable characterization of the resource to inform developers' decisions

Our Solutions

  • Decade-long climate modeling to characterize wind and frost
  • use of the GPEO frost model, developed in-house, to provide a more accurate characterization than current industry models
  • production of more comprehensive climate analyses for a more reliable assessment of wind energy resources

Highlights

  • More accurate characterization of ice using the GPEO model, compared to current industry models

  • Decade-scale climate modeling to assess wind and frost based on their mean values and variability

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