Ensuring no clean energy goes to waste

Atura Power doesn’t just make electricity. We’re also going to store it. This will support a more flexible grid that responds reliably to changing electricity demand.

Without diverse energy storage options, the clean energy transition just can’t happen—not at the scale and pace we need it to. Energy storage is an essential piece of the puzzle, and one we are focused on for the future.

Shelley Babin
President and CEO, Atura Power

The future is flexible

On windy and sunny days, wind and solar farms feed power to the grid. But, when the wind dies or the sun hides behind clouds, power cannot be generated. Energy storage can help address this issue, and complement other forms of electricity production, creating a grid that is both reliable and flexible in its use of energy sources.

Energy storage facilities store surplus power in periods of low demand during the evening. It can then be released back into the system when power demands increase during the day. This improves electricity system efficiency by shifting overnight renewable electricity production to daytime periods when it is needed most.

Atura Power is advancing battery storage systems in Nanticoke, Napanee, and Peterborough. These facilities - when constructed - will be capable of storing clean electricity and providing peak power back to the grid for up to four hours at a time. This will help build a more reliable grid with agility to respond using clean power during times of high demand.

Nanticoke

The Nanticoke Energy Storage system, located on the north shore of Lake Erie, is a battery energy storage system that will store and output up to 449 MW of electricity to Ontario’s grid for up to four hours.

Napanee

The Napanee Battery Energy Storage System is a two-phase project located on the north shore of Lake Ontario capable of supplying Ontario’s grid with 500 MW of electricity for up to four hours.

Peterborough

The North-End Peterborough Storage system is a battery storage system capable of storing and delivering up to 125 MW of electricity to Ontario’s grid for up to four hours.