DEEP Robotics’ Robot Dogs Enhance Power Substation Inspection Efficiency and Safety
Hangzhou, china – DEEP Robotics has announced the successful deployment of its quadrupedal “robot dogs” for inspection tasks within power substations, addressing key industry challenges related to complex terrain, comprehensive coverage, and operational safety. The system is designed to integrate seamlessly with existing automation infrastructure and inspection devices,avoiding data fragmentation.
The robot dogs leverage a combination of their inherent mobility and multi-sensor fusion capabilities to navigate challenging substation environments. DEEP Robotics highlights the system’s ability to rapidly model substations and plan inspection paths, achieving results within 1-2 days. Debugging for a 500-point inspection scale is completed within 2-4 weeks, enabling swift implementation and scalability.
This deployment validates a collaborative “Human-Robot-System” organizational approach, supported by a digital management system aligned with Operations & Maintenance (O&M) workflows. this integration of technology and business processes aims to improve overall efficiency.
Customary manual inspection of substations – characterized by dense equipment and complex cabling – presents safety risks to personnel, particularly in adverse whether conditions. Moreover, manual inspections frequently enough struggle to meet the demands for accuracy and efficiency required by modern power grid management. The power industry requires solutions capable of intelligent, all-weather, full-coverage, and high-precision inspection, either replacing or assisting human labor.
DEEP Robotics’ robot dogs are applicable to substations of varying voltage levels and are suited for sites with complex terrain, dense equipment layouts, and harsh environmental conditions. The company plans to continue advancement in embodied AI, focusing on improving inspection intelligence, refining O&M processes, and enhancing system synergy for quadruped robots across industries, including power. The ultimate goal is to provide technical support for the modernization of critical infrastructure, contributing to a safer, more efficient, and enduring energy future.
Source: DEEP Robotics via Newsfilecorp.com (https://www.newsfilecorp.com/release/273102)
