Design and Optimization of Auxiliary Installation Platform for Rapid Connection of Live Bypass Operation in Low Voltage Distribution Network

This paper presents the design principles, technical optimizations, and modular integration solutions for a rapid connection auxiliary platform in live-line bypass operations of low-voltage distribution networks. The platform effectively addresses operational challenges in complex terrains through a tracked chassis with 30° slope penetration capability and quick-connect joints (contact resistance <50uΩ) rated IP67 protection. Core optimizations include a servo-driven cable winding system with precision reaching ±1mm and a hydraulic synchronization control system with response latency <0.5s. The modular system integrates mechanical, electrical, and safety components, enabling 15-minute module replacement cycles while achieving 99.95% power supply reliability. This research focuses on enhancing the efficiency and safety of live-line maintenance operations.