Canada’s coastline, rivers, and tidal channels present one of the most diverse and abundant renewable energy resources in the world. From the swift currents of the Bay of Fundy to powerful river flows in remote regions, the potential for clean electricity generation is significant. Yet the geography, climate, and infrastructure needs of each location vary widely. For tidal and river-based energy to be widely adopted, technology must be adaptable, cost-conscious, and scalable over time. FM Hydro’s modular marine energy platform has been designed with these priorities in mind.
The Value of Modular Design
In the past, large-scale tidal energy projects often relied on single, oversized devices that were costly to transport and difficult to install. These challenges not only slowed adoption but also created risk for investors and project developers. FM Hydro’s modular approach changes this equation. By building the system in sections that can be transported using standard shipping methods and assembled on site, we reduce logistical complexity and open the door to more varied deployment locations.
Phased Growth for Greater Flexibility
One of the key advantages of modular technology is the ability to start small and expand over time. A single unit can be deployed to meet the needs of a smaller community or to serve as a demonstration project for utilities and investors. As confidence grows, additional units can be added to form an array, steadily increasing capacity. This phased growth model allows for better financial planning, reduced upfront investment, and the opportunity to gather valuable operational data at each stage.
Serving Diverse Regions
Canada’s marine and river systems are as varied as its landscapes. The modular structure of FM Hydro’s platform allows it to adapt to the physical and regulatory conditions of each site. Whether deployed in a tidal channel near a populated coastal city or in a remote river system with limited infrastructure, the platform’s surface-mounted configuration and accessible components make it suitable for a wide range of settings.
Reducing Barriers to Clean Energy Adoption
By combining modularity with a surface-mounted design, FM Hydro addresses some of the biggest challenges that have slowed the progress of marine energy in Canada. These include the high costs of specialized vessels, the risks associated with deepwater operations, and the complexity of transporting large, fully assembled systems to remote or difficult-to-access locations.
Looking Ahead
FM Hydro’s approach offers a practical pathway for delivering clean, predictable power across the country. By starting small, building trust, and expanding in stages, our platform can play a role in bringing renewable marine energy into the mix for communities and utilities from coast to coast. This strategy not only supports Canada’s clean energy goals but also strengthens local resilience by diversifying power sources in a responsible and adaptable way.
