APPLICATIONS / MARINE AND SPACE
Electric propulsion for marine vessels and planetary rovers.
Compare candidate battery, inverter, motor, and propulsion or drivetrain combinations for electric and hybrid vessels, from recreational boats to commercial ships, and for exploration rovers and other space surface vehicles. Apply defined torque-speed profiles and review electrical response, power, efficiency, and available thermal signals using consistent component data and model assumptions.
Scope depends on available component data, model fidelity, and validation requirements. No customer results or performance benchmarks are implied.
Discuss a marine or space system
Represent propeller load curves, transit and manoeuvring segments, or rover traverse and wheel-load segments as time-varying torque-speed demands using a configured CSV load profile. This is electric propulsion analysis, not a hydrodynamic, terrain, orbital, or mission simulation.
Compare candidate component combinations while keeping the load profile and study assumptions consistent.
Review phase currents, Id/Iq, DC-link behavior, torque-speed tracking, efficiency, and available thermal signals.