As the electric aircraft industry advances, particularly in motor design, managing partial discharges under varying pressure conditions becomes increasingly critical. Partial discharge is more likely to occur at high altitudes due to reduced atmospheric pressure – a phenomenon explained by Paschen’s Law, which shows that breakdown voltage decreases as pressure drops.
OFIL offers precise, visual solutions for detecting and analyzing external partial discharge in electric aircraft motors. Our UV cameras are uniquely suited for identifying early-stage discharge activity that could compromise motor insulation and performance, especially in low-pressure environments.
The compact and lightweight design of electric aircraft motors, combined with fluctuating pressure conditions, demands advanced diagnostic tools. Integrating OFIL’s UV camera technology into manufacturing and testing processes allows manufacturers to detect PD early, mitigate damage, and gain critical insights into insulation performance and design effectiveness.
By incorporating UV inspection tools, manufacturers can enhance motor quality, safety, and reliability – essential for the evolving demands of electric aviation.
Ensure the continuity of electricity supply
Proactively identify and address potential equipment failures
Improve the reliability of the electrical grid
Save costs by reducing downtimes and increasing overall efficiency
Schedule a meeting