From Gaspésie to Saguenay-Lac-Saint-Jean: Nergica Brings Stakeholders Together to Advance Wind Energy
Wind power
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In Saguenay–Lac-Saint-Jean, the Chamouchouane and Nutinamu-Chauvin zones are among the key areas for wind power development targeted by Hydro-Québec and could accommodate wind power capacity of 3,000 and 1,000 MW, respectively. With this in mind, companies in the region are seeking to diversify their activities to participate in the construction, manufacturing, and maintenance of future wind farms.
To prepare for this transition, a 28-person delegation, organized by the Comité Synergie Éolien on behalf of the Fjord-du-Saguenay and Domaine-du-Roy RCMs, met with the Gaspé wind energy sector last June with the aim of learning more about maximizing economic benefits in host regions and helping businesses adapt to become part of the regional supply chain. The delegation included representatives from the two MRCs and the municipalities within their jurisdictions, local businesses, representatives from the Mashteuiatsh and Essipit Indigenous communities, a regional consultative organization (Union des préfets), and the TERRE Center (Renewable Energy Technology and Energy Efficiency).
Nergica was pleased to welcome the delegation and handle the logistics of the tour so that the group members could focus on what mattered most: understanding the realities of the sector and meeting key players. Thanks to its connections with the wind energy sector in the Gaspé Peninsula, the Nergica team enabled the delegation to meet several key players in Quebec’s wind energy industry, including the Quebec Wind Turbine Maintenance Training Center, PESCA Environnement, and GE Vernova’s wind turbine blade manufacturing plant. We also introduced them to the research site Nergica’s open-air research site, where they were able to learn more about the work being conducted in the areas of operation and maintenance.
The tour also allowed the delegation to take part in the Renewable Energy Symposium, which was taking place at the same time, and to enhance its participation by leading a workshop on host community leadership. Participants were able to take advantage of business networking opportunities to lay the groundwork for new relationships and collaborations to advance wind energy development in their region.
This initiative is part of our capacity building and business networking. By leveraging our network, we facilitate exchanges among stakeholders in the renewable energy ecosystem and help foster concrete collaborations between regions.
The Objectives
- To enable delegation members to better understand the practical needs of the wind energy industry before projects are developed in their area
- Create opportunities for business networking and direct exchanges with Gaspé-based companies already active in the wind energy sector
- Building lasting ties between the two regions through the development of the wind energy sector
Our Solutions
- Handling mission logistics
- Planning Targeted Industrial Tours
- Tour of our research facility and presentation of our expertise in operations and maintenance
- Overview of Academic Programs from the Cégep de la Gaspésie et des Îles
- Participation in the Renewable Energy Conference
Highlights
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The delegation consisted of 28 people
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4 factory tours
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1 workshop led by representatives from the Saguenay–Lac-Saint-Jean RCMs and the Essipit Innu First Nation at the Renewable Energy Symposium
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50 business meetings
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1. Close collaboration for the 2027 Renewable Energy Symposium
Customer Testimonials
Project Team
The professionals committed to its success
of this project
A field engineer specializing in instrumentation and control, Antoine plays a key role in the supervision and maintenance of Nergica's research infrastructures. With solid experience in the installation and integration of scientific equipment, he contributes to a better understanding of complex meteorological, mechanical and electrical systems
Its expertise covers the evaluation of meteorological parameters, the detection of icing by remote sensing, the characterization of electrical systems applied to microgrids, and the management of IT equipment dedicated to data archiving.
Recognized for his versatility and practical know-how, Antoine embodies a remarkable field expertise that is indispensable to research projects
Fascinated by the workings of objects and systems, Jeffrey stands out for his curiosity and openness to learning, qualities that enable him to approach every technical challenge with efficiency and precision. His proactive approach and practical sense make him a reliable collaborator in ensuring equipment performance and maintenance.
An expert in mechanical systems, Jeffrey puts his know-how to work for Nergica, ensuring the smooth running of the installations and maintenance of the research site. His mastery covers a wide range of devices, from the simplest to the most complex, illustrating his versatility and technical expertise.
With a wealth of experience and a desire to support the advancement of renewable energies, Jeffrey is fully committed to his responsibilities, ensuring the quality, reliability and efficiency of operations.
With a background in industrial maintenance technology, he has demonstrated his keen interest in mechanics and his commitment to developing sustainable, high-performance solutions
Marilys stands out for her analytical sense, rigor and ability to mobilize teams around ambitious projects, qualities that make her a key professional in meeting the challenges of the energy transition. PMP and PMI-ACP certified, she possesses solid expertise in both traditional and agile project management, a major asset when it comes to piloting complex applied research initiatives in the renewable energies sector.
For over ten years, Marilys has been applying her knowledge of atmospheric physics to Quebec's energy transition. Her projects focus on two main areas: energy modeling and community support. She quickly made a name for herself with the creation of the GPEO model, to characterize the impact of icing on wind power production, and through her key role in a pan-Canadian collaboration to study the effects of climate change on wind power. More recently, she has initiated a major collaborative project to develop energy forecasting models in the context of autonomous networks, using artificial intelligence applied to time series to predict wind production in the very short term.
Her achievements testify to her commitment to innovation and the energy transition. She has led strategic projects to improve energy system reliability and support planning in isolated contexts. She is also involved in the popularization and transfer of knowledge to make renewable energy concepts accessible. Among her major contributions is a three-year research project on renewable energies applied to the Nunavik context, the results of which were presented at the first renewable energy symposium in Inukjuak.
At the same time, Marilys conducts training and awareness-raising initiatives with aboriginal communities, Crown corporations and RCMs, reinforcing its role as a leader in disseminating knowledge and mobilizing players in the energy transition.
With a solid background in atmospheric physics, complemented by her PMP and PMI-ACP certifications, she combines scientific expertise and project management skills to lead innovative and sustainable initiatives in the field of renewable energies.
Maryse stands out for her energy, creativity, and organizational skills. She excels in dynamic environments where innovation and collaboration are essential. Recognized for her expertise in strategic communication, marketing, and event planning, she has a deep understanding of the processes involved in bringing dynamic projects and events to life.
Drawing on her entrepreneurial experience, Maryse has led numerous projects and events throughout her career. She has built a solid reputation as a dynamic leader who is able to inspire teams and bring ambitious initiatives to fruition.
Maryse stands out for her ability to find the best solution to meet the needs of her clients and her team, combining energy and thoroughness in everything she does.
She has a degree in business administration, an academic background that supports her strategic and structured approach.
Mattieu stands out for his curiosity, adaptability and taste for challenges, qualities that enable him to excel in a variety of environments and actively contribute to the energy transition. Versatile and committed, he puts his know-how at the service of innovative renewable energy projects, combining passion and determination.
Mattieu began his career in car and diesel mechanics, before turning to the sale of prestige cars. In search of new challenges, he then turned to pruning and arboriculture, where he gained solid experience of working at height while deepening his interest in the environment.
This combination of experiences naturally led him to the wind energy sector, where he was able to put his technical skills and commitment to sustainable solutions to good use. For five years, he worked as a technician for NextEra Energy in Murdochville, on wind farms located at altitude, exposed to strong winds and subjected to rigorous climatic conditions. His experience in the field enabled him to develop in-depth technical and operational expertise, while gaining a thorough understanding of the challenges of operating wind power systems in extreme climates.
Mattieu joined Nergica's operations and maintenance team, participating in numerous research and innovation projects under real-life conditions on our research site, before joining the business development team, where he draws on his wide range of knowledge and in-depth understanding of technical and operational issues.
At the same time, Mattieu is fully committed to his personal life as a devoted father of two. Passionate about sport, nature and cooking, he embodies a harmonious balance between professional performance and human values.
With a background in automotive and diesel mechanics, he combines technical skills and practical know-how to reinforce his expertise in energy systems and clean technologies.
