How does the beam angle of LED Spot Light affect the lighting effect? ​​What scenarios are suitable for 30° and 180°?

1. The influence of beam angle on lighting effect

(1) Narrow beam angle (such as 30° LED spot light)

Small coverage: The light is focused on a small area, forming a high-brightness light spot.

High intensity: The luminous flux per unit area is larger, and the central brightness is prominent, which is suitable for emphasizing details or creating dramatic effects.

Obvious shadows: The contrast between light and dark is strong, and darker shadows may be produced.

(2) Wide beam angle (such as 180° LED spot light)

Large coverage: The light is evenly diffused, which is suitable for large-area lighting.

Low brightness: The luminous flux is dispersed, the overall brightness is softer, and the glare is reduced.

Shadow reduction: The light is evenly distributed, which can minimize the formation of shadows.

2. Applicable scenarios of 30° and 180° beam angles

(1) Typical applications of 30° narrow beam angle

Accent lighting: Highlight details of artworks, sculptures, exhibits, etc., such as exhibitions in museums and galleries.

Security lighting: Focus on key areas such as entrances and walls to enhance monitoring effects.
Functional lighting: scenes that require high-brightness local lighting, such as kitchen countertops and reading corners.
Wall-washing effect: used for wall decoration to form clear light spot levels.

(2) Typical applications of 180° wide beam angle

Large space ambient lighting: areas that require wide coverage, such as stadiums, parking lots, and open squares.
Uniform lighting requirements: places that need to reduce shadows, such as conference rooms, corridors, and open offices.
Atmosphere creation: creating a sense of comfort through soft light, such as chandeliers in living rooms and dining rooms