New Wind Energy Technologies Transforming Ontario’s Clean Energy Future

Wind turbines today look familiar, but the technology inside them has transformed dramatically. Floating platforms now anchor turbines in deep waters previously unreachable. Artificial intelligence predicts optimal blade angles milliseconds before wind patterns shift. Drones inspect towering structures that once required crews dangling from ropes hundreds of feet in the air.
Ontario stands at the center of this technological revolution. The province’s wind farms generated over 7,200 megawatts of installed capacity in 2026, powering more than two million homes. But capacity alone doesn’t tell the full story. These new …

Wind Energy Is About to Change Everything (Here’s What’s Coming)

Wind turbines stretching 300 meters into the sky, taller than the Eiffel Tower, are now harvesting energy from powerful offshore winds that older technology could not reach. These next-generation installations represent just one breakthrough transforming wind energy technologies from a supplementary power source into a cornerstone of modern electrical grids.
The limitations holding back earlier wind farms are giving way to innovations that have moved from laboratories to real-world deployment. Floating turbines that can venture into deeper waters, bladeless designs that eliminate bird strikes, and artificial intelligence systems …

Energy Market Analysis of the Renewable Power Landscape of Canada in 2017

In 2016, Ontario generated 8.2 percent of its electricity from natural gas, the only essential fossil fuel source it tapped into. Most of the electric consumption of this Canadian province came from non-emitting sources during operation, which accounted for 91.7 percent. It generated 0.1 percent of its electricity from diesel and oil. Lastly, renewable sources supplied around 33.4 percent of its generated electricity.
Generation Trends
Canada has 19 Canadian nuclear power reactors or CANDU. Ontario used 18 of these CANDU reactors to generate 58.3 …