Executive Summary
U.S. Marine Corps Capt. Dylan Bruns researched virtual modeling of microgrids at the Naval Postgraduate School to enhance military energy resilience. His work focused on creating digital twins to test power systems before deployment in operational environments. Bruns will apply this expertise at Marine Corps Systems Command, working on mid-range intercept capabilities.
Why It Matters
This research demonstrates how virtual modeling and digital twins can improve the reliability and resilience of military power systems, directly impacting operational readiness and strategic logistics.
Key Takeaways
- U.S. Marine Corps Capt. Dylan Bruns developed a digital twin of a microgrid at NPS to improve military energy resilience.
Source evidence · PDF page 2
At NPS, Bruns built a digital twin of a microgrid, a compact power system that provides electricity to specific areas or facilities. He compared the digital model with measurements from a working microgrid to see how closely the virtual system reflected the real one.
- Virtual modeling allows engineers to test and understand power systems' performance before deployment in operational environments.
Source evidence · PDF page 2
“A better ability to model and test these systems can help engineers understand how they will perform before relying on them in operational environments,” Bruns said.
- Bruns will apply his technical foundation to mid-range intercept capabilities at Marine Corps Systems Command after graduation.],
Source evidence · PDF page 3
Following graduation, Bruns will report to Marine Corps Systems Command in Quantico, Virginia, where he will work with mid-range intercept capabilities.
Strategic Relevance
This research directly contributes to enhancing military energy resilience, a critical component of operational effectiveness and strategic independence. By improving the reliability of power systems, it supports sustained operations and reduces vulnerabilities in contested environments.