By equipping drones with high-definition cameras, infrared sensors, or LiDAR, they can monitor the real-time status of power transmission lines and equipment. Drones can detect damage, corrosion, and anomalies in components such as power poles, wires, and insulators. They can also monitor the ground along the transmission lines for unauthorized construction activities. Infrared thermal imaging technology can identify heat distribution in equipment, helping detect potential faults. LiDAR can provide three-dimensional scans and models of power tower bases and wires, supporting automated inspections and monitoring of tree barriers along the transmission lines.

With solar photovoltaic panels widely distributed and installed at heights, unmanned aircrafts drones equipped with high-resolution cameras and infrared thermal sensors can detect dirt, damage, and other indicators on the surface of solar panels. Infrared thermal imaging technology can identify abnormal hotspots on solar panels, indicating potential faults and damage. Drones unmanned aircrafts can complete large-scale inspections of solar power plants in a short period, reducing labor costs and inspection cycles.

As offshore wind power develops rapidly, traditional inspection methods for offshore wind turbines face challenges in terms of cost and safety. Unmanned helicopters are well-suited for offshore operations, covering vast sea areas for tasks such as wind turbine blade inspections, vessel deterrence, material transportation, firefighting, and rescue operations. Particularly in blade inspections, unmanned helicopters equipped with large-format, high-performance cameras with fast shutter speeds and over 100 megapixels can conduct more efficient inspections whether the blades are stationary or in motion.

Oil and gas pipelines traverse various terrains and environmental conditions. Unmanned aerial vehicles can conduct aerial inspections to quickly assess pipeline integrity and status, detect leaks, and perform patrol and anti-theft tasks. By equipping UAVs with sensors such as high-definition visible light, multispectral, and infrared thermal imaging, they can monitor pipelines and factors such as soil, vegetation, and personnel in real-time. This helps identify possible leakages and theft indicators and take corresponding measures promptly.