Compared with traditional lighting, LED lighting greatly reduces power consumption and produces lower radiant heat, and provides better temperature and brightness control for greenhouse cultivation. In addition, in accordance with different plant growth stages, LEDs can be used to provide different wavelengths by adjusting the color temperature to help plants grow, increase crop productivity, and improve economic benefits. The XLG series has a complete range of wattage and can provide horticulture lighting applications with different wattages.

Traditional livestock and poultry lighting uses ballasts and low-frequency fluorescent tubes, but there is a flicker (strobe) problem, which can easily have a visual impact on animals. This in turn causes animals' psychological insecurity, impacting normal growth, and reducing the volume of egg laying, or volume of cow's milk, and other aspects of livestock or poultry production. Changing the traditional lighting to LED lighting with the XLG series LED driver provides constant power and high frequency switching, which can resolve the flicker (strobe) problem, allowing animals to grow in a stable environment, improving the harvest of livestock and poultry products.

In the past, the printing industry used UV lamps as the ink curing method for printing equipment. Now, UV LEDs are widely used in curing applications, which can reduce the overall power used by curing lamps and provide longer life (>50,000 hours). In addition, UV LEDs can be used with MEAN WELL’s XLG series LED driver to adjust the brightness (energy) needed according to the distance used, which is also a major advantage of using UV LEDs in the curing process.