Battery Storage Beats Gas Peakers. Is Canada Backing the Wrong Horse?
Wood Mackenzie finds four-hour batteries now beat gas peakers on cost. Markham Hislop examines what this milestone means for the energy transition—and why Canada must move faster on electrification.
Building Canada’s electrification industry one building at a time
Ottawa’s $66.3-million retrofit investment is useful. Canada now needs to turn individual projects into an electrification industry that lowers bills, strengthens the grid and builds lasting capacity.
Canada Has 110 Clean Energy Projects Ottawa Should Be Talking About
Ami Gagné explains how the Yes Agenda challenges t...
Mr Geopolitics: America’s Energy Kill Switch Should Worry Canada
Watch now (20 mins) | Abishur Prakash on Europe’s...
Canada Is Building for an Energy Future That Will Never Arrive
Watch now (37 mins) | Carbon Tracker founder Mark...
Canada Has the Ingredients for Cleaner Jet Fuel
Watch now (23 mins) | Aeon Blue Is Betting That Ca...
Big Reactors in Saskatchewan: What could go wrong?
By Mark Winfield and Susan O’Donnell The Saskatchewan government’s recent announcement of its intention to build two large...
China Is Showing Us How Oil Demand Dies
Energi Media journalism in video, audio, and essays YouTube Channel: Video energy news Substack Essays: Thoughtful Energy...
A Pipeline to Nowhere: Carney’s Dangerous Political Game
A viable project or a costly political fantasy? Guest Column Amy Janzwood is an Assistant Professor in the Department of...
Why Donald Trump will try to declare victory in Iran well before November
This article was published by The Conversation on April 1, 2026. by John Duncan The Iranian regime is certainly brutal. But...
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Battery Storage Beats Gas Peakers. Is Canada Backing the Wrong Horse?
According to a new report from consulting giant Wood Mackenzie, battery storage is now cheaper than gas peaker plants in almost every market. Analysts are hailing the...

coming soon
Can a building anticipate its next cooling peak? Markham Hislop talks with PhD researcher Guaraang Malik about using machine learning to predict building energy consumption and inform heating and cooling controls.
Malik explains how simulations, weather and operating schedules support forecasting, and how cooling empty rooms earlier could reduce peak demand. They also explore running AI on servers inside buildings to retain greater control over data.
Malik distinguishes that proposal from his untested hypothesis about reducing the energy impact of cloud computing. His research remains at the simulation stage, with access to operational building data an important next step ahead.



