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Advanced AI-driven solutions for hydropower predictive maintenance.

A scenic view of a river cutting through a lush green forest under a partly cloudy sky. On the right, a hydroelectric facility is visible with solar panels on its roof. The river flows smoothly between dense vegetation, with some light reflecting off the water's surface.
A large mechanical turbine with numerous metal blades is centrally positioned in a confined, industrial setting. Surrounding pipes, valves, and machinery suggest a technical or engineering environment, possibly within a power plant or ship engine room. The turbine features intricate details and components for mechanical operations.

Gallery

Snapshots of AI-driven hydropower monitoring and maintenance research.

A large industrial machine component is placed on a wooden pallet in a workshop setting. The component is made of metal with visible rust spots, and bolts are holding its circular sections together. The surrounding environment includes a large tire, suggesting a heavy-duty machinery context, tools, and equipment in the background, with tones of brown and red dominating the scene.
A conference room setting with several laptops on a large table, each being used by a person. A large screen displays a blue interface with the text 'Generate ad creatives from any website with AI'. A stainless steel water bottle and a conference phone are also visible on the table.
A massive dam structure with red machinery components sits amidst lush greenery and a backdrop of layered mountains and a cloudy sky. Modern buildings are visible in the distance, suggesting a blend of nature and industrial development.
A railway maintenance vehicle with large red and white branding on its side is parked on a track. It is equipped with several mechanical arms and platforms, likely used for maintenance tasks. Above, the sky is overcast with clouds.