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How can we adapt to Canada’s evolving energy landscape?

solar farm construction

More than half of the energy produced in Canada is renewable and when you layer in the growth we’re seeing in solar and wind energy projects – it’s all really quite exciting. From coast to coast, our nation is reducing its dependence on fossil fuels and moving toward more renewable sources.

With more demand, comes design evolution – solar and wind farms are bigger and are increasingly more complex to build. As the renewable energy sector continues to evolve, so do the construction methods and the renewable energy technologies supporting wind and solar farms.

We’ve been able to adapt alongside renewable energy trends because of our visibility and strong partnership with industry leaders, like Borea Construction

Borea Construction is leading the way for wind and solar energy in Canada – they have completed more renewable energy construction projects across Canada than any other contractor.

Watch Borea Construction and I, as we look at the evolving Canadian energy landscape and answer how we must adapt to the changing market, and explore the technologies helping support solar and wind energy projects.

“Renewable energy has been a disruptor within the energy market…it's really creating a massive shift in how we generate our electricity and the different ways that we can come up with the energy that we require…The industry has evolved, and the construction methods have evolved… Having suppliers as well as the construction management teams develop tools and products to allow us to do our job faster and better, and with a higher degree of quality is really how the industry's been [pushing] forward.” – David Stillman, Electrical Project Engineer, Borea Construction.

Adapting to construction demands with technology: helping provide wind farms and solar farms with the reliability they need to generate power – for a lifetime.

We can adapt to the evolving energy sector by following Borea Construction’s lead and investing in the solutions that have been tried and tested in solar and wind energy projects.

For example, in renewable energy projects, especially wind farms, you need to have cable accessories that can withstand “impulse events” (i.e.: power surges, lightning, and circuits opening and closing). These events can damage accessories, and lead to failures, which can stop energy production – causing lost time and profits.

That is why we design 3M™ Cold Shrink Terminations and 3M™ Cold Shrink Splices to sustain increased levels of impulses (tested beyond industry level requirements). This helps to give industry leaders, like Borea Construction the confidence that their wind and solar farm projects will last a lifetime.

cable termination install

Have a question about your solar or wind energy project?


About the Author

[enBio=Paolo Rocca is 3M’s renewable energy expert; he works directly with customers and end-users – helping provide solutions to their problems. Paolo is focused on actively driving and developing change within the electrical industry, by testing new solutions to customer problems and adapting current products in new innovative ways. Over the last few years, Paolo has authored eight inventions, several of which are now filed as a patent.],[enJob=Renewable Energy Specialist, Electrical Engineering, 3M Canada],[frBio=Paolo Rocca est l’expert en énergie renouvelable chez 3M. Il travaille directement avec les clients et les utilisateurs finaux en les aidant à trouver des solutions à leurs problèmes. Paolo se concentre à favoriser et à opérer le changement de manière active au sein de l’industrie de l’électricité, en mettant à l’essai de nouvelles solutions pour résoudre les problèmes des clients et en adaptant les produits actuels de manières novatrices. Au cours des dernières années, Paolo a mis au point huit inventions, dont plusieurs sont désormais en cours d’obtention d’un brevet.],[frJob=Spécialiste en énergie renouvelable, génie électrique, 3M Canada]

Profile Photo of Paolo Rocca