Explore opportunities to encourage on-site and distributed energy and self-production (e.g., solar, battery, smart grid systems)
(Full action name in the CCAS)6. Resilient Energy and Zero-Waste Systems / 6.2. Transition to zero-carbon, resilient energy systems / Z4. Support broad scale electrification and zero-carbon resilient energy networks /
Z4.3Encourage on-site energy production
Progress
- Not started
- Planning
- Implementation
- Completed
Official description
Description
As buildings and transportation transition to electricity, on-site and distributed energy production will play a key role in meeting growing electricity demands. Technologies such as rooftop solar panels and battery storage provide decentralized power sources and are becoming increasingly cost-effective as prices decline. Additionally, smart controls, like scheduling electric vehicle charging during off-peak hours, can help reduce demand during peak periods and alleviate strain on the electrical grid.
BC Hydro is currently reviewing its rate design to better support distributed electricity production and peak load shifting—two critical strategies for addressing future electricity demands and improving grid resilience.
The City will explore ways to encourage on-site and distributed energy production to complement BC Hydro’s efforts. By supporting these technologies, the City can help facilitate widespread electrification, enhance grid reliability, and contribute to a more resilient energy system.