Guidelines for integrating climate data into the planning and design of electrical systems

This project aims to help the electricity sector integrate climate data into infrastructure planning and design in order to strengthen the climate resilience of the Canadian grid.

Project details
Scientific program
Programmation 2020-2028
Theme(s) and priority(s)
Energy Security - Climate Science and Climate Services
Start and duration
Avril 2024 • Mars 2026
Project Status
In progress
 
Principal(s) investigator(s)
Paulin Coulibaly
McMaster University
Louis-Philippe Caron
Ouranos

Context

Canada’s electricity sector must adapt to the growing impacts of climate change, which threaten the reliability and safety of its energy infrastructure. In addition, engineers, planners, and managers still often use methods based on past climate conditions, which limits the grid’s resilience. However, the climate projections and data now available make it possible to integrate future risks directly into the planning, design and management of electrical assets. This project addresses this issue by offering a framework for understanding, evaluating and using climate data in the electricity sector.

 

Objective(s)

The purpose of the project is to help the electricity sector integrate climate data into infrastructure planning and design to improve climate resilience. It aims to support the sector’s decision-makers in making informed and resilient decisions in light of the risks associated with the anticipated changes.

More concretely, the project will make it possible to:

  • Better understand the needs related to the use of climate data in the energy sector

  • Allow the reliability of this data to be assessed in terms of specific applications

  • Identify the main knowledge gaps that need to be filled

  • Propose practical ways to take climate uncertainty into account in decision-making

Methodology

The project is based on a collaboration between climate researchers and experts in the electricity sector. The researchers will aim to identify the needs of energy sector and to assess current practices through workshops, interviews and a review of the scientific and grey literature. The workshops and interviews will be facilitated by representatives of the various organizations involved in the project. At the same time, the researchers will produce a summary of the existing climate data for analyses in the Canadian context. These descriptions will include information on their quality, limitations, and relevance for various uses.

Expected results

The project will result in the production of a guide to facilitate the integration of climate data into the planning and design of electrical infrastructure. Produced through the Quarto scientific publishing system, this guide will be available directly online and will offer a clear vision of the needs of the sector, an inventory of available data, and an assessment of its reliability. Practical recommendations will help energy stakeholders use this information in different contexts and for a variety of activities.

Benefits for adaptation

Benefits for adaptation

The project will strengthen the electricity sector’s capacity to adapt to climate change by integrating climate risks into infrastructure planning and design.

By making the use of climate data clearer, the project will help public utilities better predict future impacts on electricity generation, transmission, and distribution.

The guides and resources developed will support more resilient and durable investment choices, reducing grid vulnerability and ensuring service reliability over the long term.

This work will contribute directly to the goals of Canada’s National Adaptation Strategy.

Funding

Related projects

713500

 

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