Distributed Systems and Hybrid Microgrids
All remote and off-grid communities rely on a network of equipment — like generators, power lines, transformers, battery energy storage and control systems — to power their homes, schools and businesses. The condition and design of these systems have a significant impact on the types of new energy sources that can be added to them.
If the system is too old or unmaintained, it might not be able to handle modern renewable energy technologies like wind turbines or solar panels. This leaves many communities reliant on diesel generators and vulnerable to price spikes and fuel supply shortages.
ACET researchers empower remote and off-grid communities by analyzing their energy systems to better understand what they can handle and what might need to change, so that community leaders can make informed decisions about their future energy needs.
Working closely with local engineers, utility workers and community members, ACET’s team co-designs resilient and efficient hybrid energy systems that harness the natural abundance of the local environment and serve the community’s clean energy aspirations.
The research team
Research Lead: Dr. Michael Ross, Northern Energy Innovation, Yukon U.
Strategic Area Research Manager: Rob Cooke, Northern Energy Innovation, Yukon U.