Spotlights over 100W

High-power LED reflectors designed for up to 100W applications are engineered to deliver intense, focused illumination for a variety of demanding settings. These reflectors combine advanced LED technology with robust construction to provide efficient, long-lasting lighting for both indoor and outdoor environments.

Purpose and Usage
Reflectors in this category are ideal for applications where precision and power are critical. They are commonly used in:

• Industrial and Commercial Settings:
  Providing focused illumination in warehouses, factories, and parking areas.
• Outdoor and Security Lighting:
  Enhancing safety and visibility with robust, weather-resistant designs.
• Accent and Flood Lighting:
  Highlighting architectural features or outdoor landscapes with directional light.

Advantages and Technical Parameters

• High Efficiency and Brightness:
  Leveraging LED technology, these reflectors deliver high luminous flux while keeping energy consumption low.
• Focused Beam Control:
  The design ensures that light is directed precisely where it is needed, minimizing wasted illumination and reducing light pollution.
• Robust and Durable Construction:
  Built to withstand harsh conditions, many models feature waterproof ratings (e.g., IP65) for reliable outdoor use.
• Key Technical Specifications:
  • Wattage:
    Reflectors are available up to 100W, offering a range of options to suit various illumination needs.
  • Luminous Flux (lm):
    The total light output is a critical parameter for ensuring adequate brightness.
  • Beam Angle (°):
    A narrow beam angle provides focused light, while a wider angle can be used for more general area coverage.
  • Color Temperature (K):
    Options typically range from warm white to cool white, allowing you to tailor the ambiance to your specific requirements.
  • Calculating Required Illumination:
    To estimate the brightness needed for a given space, you can use the formula:
    $L=A\times E$
    where $L$ is the required lumens, $A$ is the area in square meters, and $E$ is the desired illuminance in lux.

Guidelines for Selecting the Right Reflector

1. Define the Application:
   Determine whether the reflector is needed for security, accent, or general area lighting to select the appropriate brightness and beam angle.
2. Evaluate the Installation Environment:
   For outdoor or industrial applications, ensure that the reflector’s IP rating and durability match the environmental demands.
3. Calculate the Required Luminous Output:
   Use the formula above to ensure the selected reflector provides sufficient illumination for the target area.
4. Consider Energy Efficiency:
   Compare the lumens-per-watt ratios of available models to choose a reflector that offers maximum performance while minimizing energy costs.
5. Match the Color Temperature:
   Select a color temperature that aligns with the desired ambiance—cool white for functional, task-oriented areas or warm white for more inviting settings.

By considering these technical parameters and practical guidelines, you can choose a high-power LED reflector that not only meets the stringent requirements of high-demand environments but also contributes to energy savings and enhanced visual appeal.