For many boaters, the jury is still out on Mini LED TV. Although LEDs have become the latest rage in boat lighting circles as of late, there still remains many boaters unsure of their effectiveness and value. This is somewhat understandable considering that some LED lights manufactured as little as 5 years ago weren’t quite up to the task of replacing current standard incandescent and HID lighting. Some of the common complaints were light color that was too cold with an almost bluish tint, LEDs that didn’t last nearly as long as they were supposed to, and light output that was below the advertised levels. Fortunately, most of the these problems were attributable to buyers purchasing cheaply made designs from less than established manufacturers in an effort to save a few dollars, and basic LED designs that simply lacked the refinements and improvements that later versions would benefit from. If you’re one of those boaters who remains on the fence regarding LEDs, follow along as we outline some of the many reasons why LEDs are now a very practical and effective alternative to the traditional incandescent boat light.
As we mentioned earlier, one of the biggest complaints boaters had regarding LEDs had to do with their cold light color. For the uninitiated, a lamp that produces a “cold” color of light is basically one that produces most of its light output towards the bluish end of the light spectrum. Because of the basic materials used to construct an LED and the unusual manner in which an LED produces light, they naturally tend to produce light in skewed towards the blue, or “cold” end of the light spectrum. Developers of LEDs who were intent on creating a version capable of replacing the tried and true incandescent bulb quickly realized that LEDs would have to be tailored to produce a “warmer” color of light if they were to be accepted by the general consumer.
Fortunately, it didn’t take long for developers to realize that they could coat LEDs with various materials which would help to shift the output towards the desired end of the light spectrum. This is usually done by coating the LED itself with phosphors, which help to alter the wavelength at which light is emitted. The result was the ability to shift the light output of the LED farther towards the middle of the light spectrum, effectively creating light output that was much whiter in appearance and more pleasing to the human eye. Today, developers can produce LEDs in a wide range of color temperatures ranging from very cold “bluish”, to very warm ‘yellow to reddish orange”, and just about anywhere in between. Today LED boat lights can be chosen with a specific color temperature in mind, allowing boaters to choose extremely white and powerful LEDs for exterior illumination, and softer more warm LEDs for cabin and cockpit illumination.
We also mentioned that LEDs often tended to have a shorter lifespan than was advertised. To be fair to the developers of LEDs, this was largely a problem born from the heavy efforts of many companies to capitalize on the growing LED markets. When LEDs began to rise in popularity, there were a lot of general product manufacturers who attempted to bring their own offerings into the markets at prices far less than the established leaders in lighting technologies. These LEDs tended to be constructed of cheaper materials and with a lot less attention to proper design and development. The result was a lot of LEDs appearing that although they looked good in the advertisement, proved to be less than a bargain when they failed after less than a couple months of use. The effect this had on the consumer end of things was significant, with many consumers deciding that LEDs were a poor replacement for their trusted incandescent bulb.
As time went on however, and the leading developers of LED technology like Cree and GE began producing quality LEDs at a more cost effective price, the ability of these cheap LEDs to compete in the marketplace began to diminish, and consumers found themselves finally presented with offerings that not only lived up to their promises, but in many cases exceeded them. LEDs from reputable manufacturers are now actually producing more light than comparable incandescent fixture while using only a fraction as much energy. Manufacturer claims of 50,000+ hour operation from a set of LEDs are also now hitting the mark, and LEDs with lifespans in the 100,000 hour range are becoming more common. When you consider that the typical halogen boat light has a life span of only 500 to 1500 hours, this increased longevity is a big deal indeed, and something we will go into in more detail next.
The biggest reasons why boaters have been so interested in LED lighting have been the extreme efficiency of the LED and its very long operating life. Conserving power on a boat is a challenge every boater faces, and finding ways to improve efficiency is a constant struggle. LEDs give boaters the ability to produce more light than standard incandescent bulbs, while using only a fraction as much energy. The standard 50 watt halogen bulb produces 850 lumens and draws about four and a half amps. An LED fixture on the other hand can produce that same 850 lumen output, while using only 12-16 watts, and drawing less than one and a half amps. Many boaters are finding that when they switch all of their lighting over to LEDs, they can literally cut the total number of amps pulled by their lighting systems by over half. This means you can run more lights, run them longer, use less power, and produce just as might light, with as good or better color quality.