Multi-Domain Intelligent Lowaltitude System Solution

The lowaltitude intelligent service operation system collects various flight result data through various types of UAVs, sensors and payloads. Combined with technologies such as artificial intelligence and big data analysis, it meets the application needs of various service operation scenarios, supports extension to fields including industry inspection, urban management, logistics transportation and emergency command, and builds a three-dimensional perception system for digital cities to serve thousands of industries.

Applications in Various Industries

Various Lowaltitude Service Scenarios

Lowaltitude Airspace Intelligent Management and Control System

Integrated Visualized Intelligent Detection Platform

Overall Solution for Intelligent Inspection in the Power Industry

With the rise of the low-altitude economy, the widespread application of UAVs, and the advent of the AI era, HITA has developed low-altitude solutions such as UAV Inspection, Smart Station Construction, and UAV Fire Fighting.

The Overall Smart Inspection Solution for the Power Industry adopts the model of "Full-Domain Drone Inspection + Intelligent Management & Control of Smart Stations + Intelligent Drone Fire Suppression" to integrally address the pain points of new energy stations—including remote locations, harsh climates, and inefficient manual O&M.

Centered on "Technology Empowerment, Quality Improvement & Efficiency Enhancement", it covers three core modules: ① autonomous UAV inspection across full wind power/solar PV scenarios (including key processes like blade sensing, route planning, and AI defect recognition); ② the construction of intelligent O&M platforms for step-up substations (including core equipment such as inspection robots, infrared monitoring, and data middle platforms); ③ intelligent fire prevention and control for solar PV stations (such as hot spot fire detection, accurate positioning of initial small fires, and rapid drone response for fire suppression). This realizes the transformation from "human-based defense" to "technology-based defense" and from "post-event remediation" to "pre-event prevention + rapid fire suppression".

It not only solves the traditional O&M challenges of numerous potential safety hazards, high risks, low efficiency, and high costs but also improves inspection efficiency, enhances defect recognition accuracy and emergency fire response capabilities, and reduces annual operational costs. Ultimately, it provides an implementable and replicable smart solution for the efficient operation, safe prevention and control, and green development of new energy stations.

Drone Inspection Process

Intelligent Station Construction