The LED round high bay is also known as a ufo high bay because of the features in its design. The round uFO high bay LED products are quite developed right now. The small size and excellent light output can accommodate different indoor and semi-indoor spaces. The LED round ufo high bay is often associated with warehouse and factory lighting. In actuality, it may be used broadly in numerous settings. The school auditorium, toll booths, indoor stadiums, big-box stores, car show rooms, etc. are a few examples.
1.1. LED chip
Compactness is the primary structural characteristic of the LED round ufo high bay. It is not only much smaller than a standard high bay, making it easier to carry and install, but it is also lighter and less likely to cause accidents. The following components make up the majority of the LED round ufo high bay:
The LED round ufo high bay's construction is intended to facilitate the efficient and rapid heat dissipation of the LED chips while they are operating. The longevity, luminous decay, and light efficiency of the whole lighting fixture will be impacted by the LED chips' performance. The ground illumination is comparatively homogeneous, and the circular light-emitting surface may increase the lighting's range.
2. The heat sink
When LED chips are operating, they will become heated, and this will shorten their lifetime. In order to maintain effective and long-lasting illumination, the LED round ufo high bay's heat sink design enables the LED chips to gradually disperse heat. The heat sink is typically made of aluminum alloy. The heat conductivity of aluminum alloy is excellent. A novel heat sink material in recent years is magnesium-aluminum alloy, which has the advantages of being lightweight and having good heat dissipation capabilities.
3. Dispersion of light
Lighting's optical design is a crucial component. Different optical designs are required for varying installation heights and ground illuminance needs. The LED round ufo high bay's power and light distribution may impact ground illumination while maintaining the same luminous efficiency. Since more power also translates into higher power consumption, light distribution is more advantageous in this scenario. LED round ufo high bays typically have a 120° light distribution, but they can have 90° and 60° narrower light distributions. If the height of your installation exceeds 5 meters or if you want more than 200 lux of ground illumination, you should choose narrow light distribution to fulfill your lighting needs.
