AUTOMATIC FIREFIGHTING SYSTEM FOR WIND TURBINES BASED ON INFRARED-ULTRAVIOLET DETECTION

The present invention provides an automatic firefighting system for wind turbines based on infrared-ultraviolet detection, including: an infrared detection module, located at critical positions within the wind turbine nacelle, designed to monitor changes in temperature rise; an ultraviolet-infrared detection module, connected to the infrared detection module, tasked with detecting smoke conditions inside the nacelle and generating fire condition data in conjunction with the temperature rise changes; a fire analysis module, linked to the ultraviolet-infrared detection module, responsible for determining current fire condition information and predicting trends in fire hazards, and pinpointing the fire's location using positional data; analarm module, which generates fire alarm commands based on current fire condition information, fire hazard trends, and location data, and issues alerts; a firefighting processing module, positioned inside the wind turbine nacelle, equipped to receive fire alarm commands and control firefighting operations. This invention enables automatic, accurate, and timely detection and handling of fires within wind turbine nacelles, enhancing the efficiency of fire discovery and management, and reducing the harm and losses associated with fires.