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Water Conservancy Facility C-UAS Application

Equipment Used

  1. Stationary RF Detection System
  2. RF Jamming Equipment
Project Overview
Application
Low-altitude protection for hydropower and water-conservancy facilities
Key Capability
RF detection, authorized RF jamming and tiered zone protection
Operating Plan
Different monitoring and response rules for dam, reservoir, powerhouse and support zones

Water Conservancy Facility C-UAS Application Project Overview

Water Conservancy Facility C-UAS Application

For hydropower stations, dams, powerhouses, transmission hubs, and other water-conservancy infrastructure, the project used an active C-UAS architecture combining RF detection and RF jamming. The detection layer identified unauthorized-drone activity, while the jamming layer provided an authorized response when required. Equipment was configured for the high-humidity and dusty conditions found around hydropower facilities. A tiered protection plan separated the dam core, reservoir area, powerhouse, and supporting zones so operators could apply different monitoring and response rules by risk level. The resulting workflow connected detection, identification, jamming, event records, and operator review. The source material states that the configuration was deployed at multiple large hydropower facilities in China; customer and site names are not disclosed on the public page.

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Home/Cases/Water Conservancy Facility C-UAS Application
Water Conservancy Facility C-UAS Application

Equipment Used

  1. Stationary RF Detection System
  2. RF Jamming Equipment
Project Overview
Application: Low-altitude protection for hydropower and water-conservancy facilities
Key Capability: RF detection, authorized RF jamming and tiered zone protection
Operating Plan: Different monitoring and response rules for dam, reservoir, powerhouse and support zones
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Overview

Water Conservancy Facility C-UAS Application

For hydropower stations, dams, powerhouses, transmission hubs, and other water-conservancy infrastructure, the project used an active C-UAS architecture combining RF detection and RF jamming. The detection layer identified unauthorized-drone activity, while the jamming layer provided an authorized response when required. Equipment was configured for the high-humidity and dusty conditions found around hydropower facilities. A tiered protection plan separated the dam core, reservoir area, powerhouse, and supporting zones so operators could apply different monitoring and response rules by risk level. The resulting workflow connected detection, identification, jamming, event records, and operator review. The source material states that the configuration was deployed at multiple large hydropower facilities in China; customer and site names are not disclosed on the public page.

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