Led Light Bulbs And Their Advantages
95% of the energy in lamps is converted into light, and only 5% is wasted as heat. This is comparable to fluorescent lamps, which convert 95% of energy into heat and only 5% into light! LED lights also consume much less power than traditional lighting; a typical 84W fluorescent lamp can be replaced with a 36W LED to achieve the same level of light. Lower energy consumption reduces the demand of power plants and reduces greenhouse gas emissions. Today, light-emitting diodes are the most energy-efficient and fastest developing lighting technology.
Unlike incandescent lamps, LEDs do not “burn out” or fail, they only dim with time. Quality LEDs have a life expectancy of 30,000-50,000 hours or even longer, depending on the quality of the lamp or luminaire. A typical incandescent lamp lasts only about 1,000 hours; comparable compact fluorescent lamps last between 8,000 and 10,000 hours. With a longer service life, lamps can reduce the labor cost of lamp replacement in commercial situations and achieve a lower maintenance lighting system. Lamps also direct the light in a certain direction, unlike conventional lamps, which emit light and heat in all directions .
RGB, rgbpa or RGBW color mixing systems capable of producing a full range of light create infinite aesthetic possibilities for designers and architects. The Tunable White LED technology based on human-centered lighting is one of the foundations for many of the latest developments in lighting technology. LEDs are the latest and most exciting technological development in lighting manufacturing. LEDs are small LEDs that are powerful, powerful, energy efficient and durable.
Typically, LED tube lamps last ten times longer than small fluorescent lamps and 133 times longer than the usual incandescent lamps. The long service life of LEDs significantly reduces maintenance costs and long-term operating costs compared to conventional LEDs and fluorescent lamps. The efficient delivery of light emitted by light sources to the target has been a major design challenge in the industry.
However, plastic housings made of synthetic resins such as BPA and PCT discolor at high temperatures. The most unknown, but also the biggest weakness of LED lighting is that the LEDs are sensitive power electronics. recessed anti glare downlight For lamps, their high sensitivity to the front current is a double-edged sword. It gives lighting systems a superior control, but also makes the regulation of the driving current an enormous challenge.