Accelerate Defense Modernization through Strategic Sourcing
Discover cutting-edge solutions from leading global suppliersAegis Power Systems showcased a portfolio of high-voltage and high-power power conversion solutions at the annual Ground Vehicle Systems Engineering and Technology Symposium (GVSETS) in August 2026.
These systems address critical power requirements across a wide range of modern defense platforms, including onboard and export power for ground vehicles, advanced turret control, radar and sensing systems, Counter-Unmanned Air Systems (C-UAS), energy storage systems, and embedded computing architectures.
Throughout the symposium, presenters emphasized an industry-wide push for robust manufacturing capabilities and rapid availability of components across various technical disciplines. Power conversion remains a primary technical enabler across nearly every military electronics platform, yet it frequently demands specialized attention from system design teams to balance performance constraints.
Technical discussions between Aegis Power Systems and event attendees centered on leveraging higher-efficiency power architectures to achieve operational advantages. By prioritizing advanced power conversion performance, engineers can realize substantial savings in overall system size and weight while reducing total component count.
Addressing strict environmental and signal requirements remains central to defense power system design. Discussions highlighted that compliance with electromagnetic interference constraints across the broad spectrum of MIL-STD-461 continues to be among the most frequently requested criteria for power conversion hardware.
To navigate complex integration demands, system engineers are encouraged to engage with component specialists early in the development cycle to evaluate key design trade-offs. Combining early-stage design expertise with established manufacturing capabilities enables defense contractors to meet aggressive deployment schedules without compromising essential technical requirements.










