AEGIS Critical Energy Defence and Ontario Tech University are advancing research into the future of secure, resilient marine power.
Backed by an approved $480,000 Mitacs Accelerate research project, the collaboration is developing the intelligence needed to safely coordinate nuclear generation, fast-response energy storage and changing marine power demands.
The research explores a digital twin-enabled energy management and control framework for SMR/MMR-based hybrid energy systems, with potential long-term applications including floating power platforms serving ports, defence installations, remote communities and industrial sites.
The project brings together expertise across nuclear systems, energy management, smart-grid control and cybersecurity to develop and test the technologies required for safe, secure and resilient operation.
CHAPTERS
00:00 A $480K Research Milestone
00:22 The Floating Power Platform
00:56 The Brain of the System
01:24 Nuclear-Aware Microgrid Controller
01:37 Testing It Before Building It
02:07 From Research to Reality
02:36 Global Momentum
02:52 AEGIS 3+1 Research Strategy
03:06 Building the Path to Secure Marine Power
AEGIS Critical Energy Defence × Ontario Tech University
Secure. Resilient. Marine Power.
#AEGIS #OntarioTech #MarinePower #EnergySecurity #NuclearEnergy #SMR #MMR #EnergyStorage #DigitalTwin #Cybersecurity #CleanEnergy #CanadianInnovation
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- Energy

