1.Characteristics of Fishing Lure Lights

    (1) Maximizing Effective Illumination Area to Enhance Fishing Lure Efficiency

    The optical design is a key factor influencing the light utilization efficiency of fishing lure lights. By scientifically selecting beam angles, ensuring uniform light distribution, and utilizing high-quality optical lenses, light utilization can be significantly improved, thereby enhancing the effectiveness of fish attraction. Additionally, the integration of multi-light combinations, intelligent dimming systems, and environmental adaptability features further optimizes the performance of fishing lure lights to meet the needs of different water environments and fish species.

• Comparison Table at 1 Lux for LED Fishing Lure Lights and Metal Halide Lamps at the Same 440KW Power

• Illumination Coverage Map at 1 Lux for LED Fishing Lure Lights and Metal Halide Lamps at the Same 440KW Power

  
  

• The 440KW LED Fishing lure lights has an illumination coverage of   303,370 m² at 1 Lux.

  
  

•  The 440KW metal halide lamp has an illumination coverage of 133,000 m².

• Intelligent Operation for Enhanced Convenience and Increased Productivity

  
  

  Intelligent control systems not only improve operational convenience but also significantly boost productivity. In the fish attraction process, luring and catching are two distinct stages. By utilizing a wide-area effective illumination, fish can be initially gathered in a specific area. Then, through intelligent light adjustments, fish can be further guided into the designated capture zone, thereby increasing the overall catch.

  

  
  

• Maximizing the Lifespan of Fishing Lure Lights
  

  This system adopts a standard constant voltage and constant current power supply mode for LED lights, featuring precise constant voltage regulation and ultra-high-density constant current drive. With no easily damaged components, this design significantly extends the lifespan of fishing lure lights while improving their performance and reliability, ultimately providing users with substantial economic benefits and operational convenience.

  
  

• Optimizing Generator Efficiency and Extending Equipment Lifespan

  
  

  Balanced three-phase loading is critical for the efficient operation of a generator. A well-balanced load distribution not only enhances generator efficiency and stability but also extends equipment lifespan, reduces maintenance costs, and optimizes energy utilization. Ensuring balanced three-phase loading allows the generator to operate in its optimal state, delivering stable and reliable power supply for electrical systems.

  
  

• Ensuring Navigation Safety and Electrical Reliability

  The weight and wind resistance of marine lighting equipment have a significant impact on navigation safety. Overly heavy lights can reduce vessel stability and increase fuel consumption, while high wind resistance designs may add to navigation drag and maneuvering difficulties. By incorporating lightweight designs, aerodynamic optimizations, and intelligent lighting systems, these negative impacts can be minimized, thereby enhancing overall vessel performance and navigation safety.

2.Application Scenarios

• Offshore and Nearshore Fishing

  Fishing lure lights are widely used in offshore and nearshore fisheries. By emitting specific light spectra, they attract phototactic fish species (such as squid and saury), significantly enhancing fishing efficiency, especially at night or in deep-water areas.

  
  

3.Product Dimension Drawing