Commonly referred to as energy-saving, which in fact have replaced the traditional incandescent lamps, LED Stadium Lighting is the best option for any facility. Available in numerous versions, screwable on the same support as the old incandescent ones.
They can have a conventional or electronic power supply. The luminous efficiency changes according to the type: the fluorescent bulbs with conventional connection cost less, last less and have a lower light quality than the one with electronic connection (it raises the light frequency from 50 to 35000 Hertz, greatly improving the quality of light produced).
As for energy savings, those with conventional connection can reduce electricity consumption compared to old incandescent by about 70% with luminous flux equivalence, those with 80% electronic connection.
Suitable for prolonged use and without too frequent switching on (kitchen or other work spaces) or outside (garden, entrance doors). At the time of purchase it is important to check energy efficiency and data on the energy label. Some models can be purchased with a separate ballast. From a financial point of view this condition may be more advantageous, since the reactor has a duration up to 6 times higher than that of the light bulb.
LED Stadium Lighting (acronym for Light Emitting Diode) have very promising features and represent the future of artificial lighting. They have many advantages, both in terms of energy saving and duration.
In the not-too-distant past, halogen lamps represented the only type of lamp available on the market, and later the advent of technologies of greater avant-garde literally outclassed them on the technological level. The use of these lamps has therefore been reduced progressively until their final exit from the market, which has been sanctioned by a specific Community regulation.
Halogens are often referred to as incandescent lamps: actually it is correct to call them this way, but there is however a clarification to be made. Incandescent lamps, properly understood, are in fact models that are even more dated and less efficient, lamps that work by bringing a tungsten filament to the glow: when looking at a light bulb of this type, obviously while it is off, this internal element is clearly perceptible.
What differentiates the halogen models from traditional incandescent lamps is the fact that the former have a superior durability, managing to guarantee a particular regeneration process involving the metal filament. In addition to being slightly more efficient than incandescent bulbs, halogen lamps are more durable, boasting an almost double average durability.
The efficiency of these lamps is decidedly low for several reasons, but the main reason is certainly the following: in bringing the metal filament to incandescent energy, a very large amount of energy is required, and just 5% of it translates into lighting.
