State Grid Corporation of China has internally issued the "2026 Embodied Intelligence Development Plan", planning to centrally purchase approximately 8,500 units of various embodied intelligence devices this year, with a total investment of about 6.8 billion yuan. The focus is on four major scenarios: power inspection, live-line operation, emergency rescue, and warehousing and logistics, aiming to drive the transformation of the power grid from "manual operation and maintenance" to "autonomous operation and maintenance".
The HIZ-NT-QZY live-line operation laser obstacle removal equipment from Guangxi Hai Zhuo Technology, with its three core advantages of "remote, precise, and non-intrusive", precisely meets the core demands of State Grid's live-line operation scenarios and has become the main equipment for remote obstacle removal in power grids. The device is equipped with a high-power fiber laser with a central wavelength output of 1080nm, which matches the absorption characteristics of non-metallic foreign objects and has a high reflection rate for transmission metal conductors, truly achieving the removal of foreign objects without damaging the line itself. The electro-optical conversion efficiency has exceeded 35%, reducing energy consumption by 40% compared to traditional lasers.
The HIZ-NT-QZY live-line operation laser obstacle removal equipment does not require application for power outage indicators or line shutdown and load reduction. It is suitable for all voltage levels from 10kV to 1000kV and can complete various foreign object removal tasks under live-line operation. The operation does not affect civilian electricity use or industrial production, and users hardly notice it, precisely meeting the core demand of the new power system for "non-stop operation and maintenance".
In terms of operation efficiency and ease of use, the HIZ-NT-QZY power grid obstacle removal instrument stands out. The device adopts a lightweight and modular design, with a total weight of only 35kg. It is equipped with an integrated air-cooling structure, eliminating the need for additional water-cooling equipment. It can be quickly set up and operated by a single person without complex training and can operate stably in harsh outdoor environments with high and low temperatures.
