Field-Proven! Nanoradar SPC865 Radar Safeguards Power Grid Lines
2025-06-26
Abstract
*"Extensive statistics show that third-party damage to transmission lines has become the primary threat to grid safety. With accelerated infrastructure construction, the surge in construction vehicles like cranes and pump trucks near power lines has led to frequent accidents—just one region in Jiangsu recorded over a dozen crane-related incidents in 2015 alone!"*
——Jiangsu Power Grid
Nanoradar’s SPC865 4D Radar for Transmission Line Foreign Object Prevention is now launched.
How does millimeter-wave radar technology become a game-changer for real-world transmission line protection?
Customer Pain Points
Traditional anti-third-party damage measures are limited in effectiveness, making transmission corridor protection a persistent challenge. Innovative technical solutions are needed to enhance the precision, timeliness, and targeting of construction machinery monitoring, ensuring transmission line safety.
Millimeter-Wave Radar Solution: True Radar-Vision Fusion
Radar Ranging
Uses 4D millimeter-wave radar to monitor hazards within an 800m (length) × 80m (width) zone below multi-bundle conductors, operating 24/7.
Radar-Vision Fusion
Breakthroughs in feature registration and AI-powered distance measurement cluster radar-detected points, fuse visual bounding boxes, and calculate hazard distances via coordinate conversion—fully realizing radar-vision fusion for transmission line protection.
SPC865 Radar: The "Recon Scout" for Transmission Lines
The SPC865 acts as a 24/7 sentry, detecting hazards in real time—undeterred by darkness or harsh weather. Its 800m × 80m coverage below conductors ensures proactive grid safety.
Field Validation: From Reactive to Proactive Defense
●Real-time alerts via vehicle-mounted devices warn both operators and supervisors, reducing risky behavior through technical + managerial safeguards.
●Integrated monitoring combines AI-driven radar with manual patrols, leveraging continuous data and human expertise to detect and mitigate threats early—critical for high-risk machinery (cranes, excavators, etc.).
●Smart recognition of cranes, pump trucks, and drilling rigs empowers inspectors, minimizing mobile equipment hazards.
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