The transmission corridor is the "lifeline" of power transmission, and its safety and stability directly affect the normal operation of the power grid. However, the traditional manual inspection mode is time-consuming, labor-intensive, and inefficient, making it difficult to achieve 24-hour continuous monitoring. How to continuously monitor the safety of transmission corridors and reduce human and material resources? Guangxi Hizoo Technology provides a solution: the HIZ-SD-SYT transmission line image online monitoring device AI ball camera, which uses intelligent technology to replace manual labor, making the safety protection of transmission corridors more efficient and worry-free.
The HIZ-SD-SYT AI ball camera is an integrated online monitoring system featuring front-end integration, AI edge intelligence, wireless transmission, and solar self-power supply. Its core advantages lie in "unmanned operation and intelligent early warning", completely eliminating the excessive reliance on human and material resources. The device consists of an AI pan-tilt ball camera, a main control unit, a wireless communication module, a solar power supply system, and a three-proof housing. It can be quickly installed on a tower by a single person in 30 minutes, without the need for wiring, cabinets, or poles, significantly reducing the initial deployment cost.
In terms of monitoring efficiency, the device provides 24/7 continuous monitoring. The 360° pan-tilt and 40x optical zoom can clearly capture details such as the ground, tower head, hardware, and conductors. Even hidden dangers that are difficult to detect with the naked eye can be accurately captured. The built-in AI edge computing algorithm can actively identify 6 major categories and over 20 subcategories of transmission corridor hazards, with an accuracy rate of up to 98%, covering common risks such as external damage, tree obstacles, line body abnormalities, and mountain fires. There is no need for manual screen monitoring, achieving "active detection and second-level early warning".
Its self-power supply and low-power design perfectly adapt to the power-free environment in the wild. The solar and lithium battery complementary power supply, combined with intelligent wake-up technology, allows for low-power cruise during normal times and full-performance analysis when suspicious targets are detected, achieving several months of maintenance-free operation and completely solving the pain points of "difficult power supply and frequent maintenance" in field monitoring. At the same time, the device supports 4G/5G, WiFi, and fiber adaptive transmission, with an IP66 protection level and a wide temperature range of -40°C to 70°C, capable of withstanding harsh weather and strong electromagnetic interference, and suitable for various complex scenarios such as mountainous areas, forest areas, and suburban areas.
