DEEP Robotics’ Wheel-legged Robot Helps Solve the “Three Highs” Challenge in UHV Substations

HANGZHOU, CN / ACCESS Newswire / June 20, 2025 / Because the crown jewel of the facility {industry}, UHV substations (converter stations) comprise the core perform of ultra-high voltage energy transmission. Nevertheless, their advanced environments and high-risk operational calls for pose important challenges to conventional inspection strategies. The “three highs”-namely, excessive security dangers for guide inspections, extremely advanced tools environments, and low effectivity in high-precision detection have gotten the more and more outstanding operational hurdles for services. Wheel-legged robots are poised to reshape the clever inspection paradigm for UHV substations, driving a brand new wave of digital transformation within the energy sector.

LYNX M20 is a cutting-edge device to empower industries

Amid the wave of digital transformation within the energy {industry}, DEEP Robotics’ LYNX M20 wheel-legged robotic is revolutionizing conventional inspection fashions with groundbreaking innovation. Combining the velocity of wheeled robots with the agility of legged ones, it stands because the world’s first industry-grade wheel-legged robotic particularly engineered for advanced terrains and dangerous environments. LYNX M20 boasts all-terrain adaptability and industrial-grade clever configurations. Coupled with DEEP Robotics’ proprietary clever movement management algorithms, it demonstrates superior endurance, stability, and flexibility in excessive environments in comparison with conventional quadruped robots. It’s actively reshaping inspection practices for UHV substations and converter stations, tackling the “three highs” in UHV operation and upkeep.

Extremely protecting robots can change guide inspections in high-risk security eventualities.

When abnormalities happen in UHV substation (converter station) tools – comparable to irregular oil chromatography in converter transformers, irregular stress in open-air switches, SF6 fuel decomposition byproducts in GIS tools, erratic tools discharges, or tools fires – personnel typically must don cumbersome protecting gear for particular inspections or dealing with, leading to low effectivity and very excessive dangers. LYNX M20 with its IP66 safety ranking and huge working temperature vary (-20°C to 55°C), can enter the core fault zones of dwell tools. Outfitted with dual-spectrum pan-tilt cameras and different instruments, it performs duties comparable to stress studying on open-air high-voltage switchgear, partial discharge detection, change standing recognition, insulator contamination inspection, on-site meter studying, and valve operation – considerably lowering guide intervention and enhancing personnel security.

LYNX M20 for advanced terrains and dangerous environments

For nighttime operations and excessive climate situations comparable to heavy rain, hail, and sandstorms, LYNX M20 geared up with bidirectional fill gentle system and LiDAR integration can obtain tools meter recognition in darkish environments. That includes autonomous charging (elective) and hot-swappable fast battery alternative capabilities, it permits steady operation throughout extreme climate situations.

The distinctive wheel-leg design permits entry to the “maze-like” constructions of UHV substations.

The densely distributed tools foundations, cable trenches, and varied pipelines in UHV substations (converter stations) kind a “maze-like” construction. Significantly in areas such because the grating flooring inside converter transformer BOX-INs, valve water cooling tower zones, unpaved surfaces in AC/DC filter fields, and valve corridor inspection walkways -exceeding the capabilities of wheeled robots and peculiar quadruped robots – LYNX M20 can flexibly navigate via 50cm-wide cable trenches and climb excessive tools platforms by switching between “front-elbow-rear-knee” and “full-elbow” twin configurations. With its LiDAR-enabled 360°×90° omnidirectional impediment avoidance and exact positioning, it covers blind spots unreachable by conventional inspection automobiles. In the meantime, LYNX M20 with its distinctive mobility, overcomes the low inspection effectivity limitations of conventional wheeled robots and peculiar quadruped robots. Past its extremely environment friendly motion capabilities, it could possibly additionally carry out duties comparable to perimeter wall inspections and small animal deterrence.

Help high-precision mapping, navigation, and omnidirectional impediment avoidance

In ultra-high voltage substations (converter stations) masking over 500 acres, a number of LYNX M20 might kind autonomous coordinated clusters sooner or later: one unit performing fuel leak detection in GIS rooms whereas one other concurrently displays oil temperature in fundamental transformer areas, considerably bettering process response effectivity. This method might additionally probably set up a dynamic upkeep formation combining “robotic canines + drones + fastened sensors” to conduct complete tools inspections from a number of dimensions, varied views, and all instructions.

AI defect database studying and digital twins enhance detection accuracy.

To satisfy the refined inspection necessities of UHV substations (converter stations), comparable to infrared temperature measurement and partial discharge detection, LYNX M20’s 15kg payload capability helps skilled tools together with dual-spectrum pan-tilt cameras and ultrasonic detectors. Its self-adjusting secure movement platform ensures detection accuracy exceeds 95%. The robotic can autonomously full tools meter recognition, information assortment, and infrared temperature measurement, reaching complete inspection protection of all crucial station tools. After information assortment, recognition, processing and analysis, the system routinely generates inspection stories and predictive evaluation. Upkeep personnel can view inspection information stories with one click on within the management room backend, enabling well timed identification of potential tools faults.

LYNX M20 serves as an industry-grade robotic platform

By means of AI defect database studying, LYNX M20 can evaluate tools standing with historic information in real-time to precisely establish potential hazards. Beforehand, in DEEP Robotics’ clever inspection challenge delivered to a booster station in Ningxia’s Gobi Desert unmanned space, the X30 robotic canine answer achieved an identification accuracy charge of 96.5%.

LYNX M20 wheel-legged robotic, with its wonderful notion fusion, extremely adaptable construction, and clever movement management, has really change into an clever cell platform for advanced terrains and high-risk environments. It represents an evolution of inspection robots and is reshaping the clever inspection paradigm for UHV substations (converter stations). Within the 2025 key work factors for the clever operation and upkeep {industry} chain, State Grid has proposed new directional benchmarks for robotic functions within the energy {industry}. The modern affect of clever robotic cell platforms within the energy sector will present strong momentum for the {industry}’s high-quality improvement.

Firm：DEEP Robotics
Contact：Vera Huang
E-mail：[email protected]
Web site: https://www.deeprobotics.cn/en

SOURCE: DEEP Robotics