LED Flood Lights
LED flood lights are an ideal choice for illuminating large exterior areas such as parking lots, sidewalks, streets and building facades. They are available in a wide range of lumen count and wattage.
Energy savings can be further maximized by using intelligent control systems in LED flood light fixtures. These control devices can interpret signals from occupancy sensors, daylight harvesting photocells and other electronic logic circuits.
Energy-efficient
Using semiconductor-based light emitting diode (LED) technology, these luminaires offer an exceptional ROI. LEDs have a source efficacy of over 200 lm/W and are directional, meaning that the majority of illuminance is extracted from the fixture without wasted energy. This enables high system efficacy and a low energy conversion loss, resulting in an exceptionally low operating cost.
LEDs also provide superior color rendering with CRIs of over 70. This makes LED floodlights a great choice for commercial and industrial lighting applications. They can be used to illuminate building facades, parking garages, and walkways.
They are also more environmentally friendly than traditional HID bulbs. They do not add mercury or lead during manufacturing and are safer for the environment. Furthermore, they produce a significantly brighter white light that looks more like daylight, which can help people see objects in dark environments. This can reduce the need for artificial lighting and prevent eye strain. In addition, LED flood lights are less expensive to operate and require less maintenance than HID fixtures. They also do not generate buzzing noise or flicker, which can cause discomfort to sensitive people.
Durable
LED flood lights are a great option for commercial properties. They have a long lifespan and low maintenance requirements. In addition, they are durable enough to resist damage from vandalism and extreme weather conditions. They also use less power than HID bulbs, which means that they can save you a lot of money on your energy bills.
LEDs have a remarkably high color rendering index (CRI) and can deliver a wide range of lighting colors. This is important for lighting applications, as it allows users to meet a variety of visual performance criteria. They also have a good lumen depreciation rate, which means that they do not experience rapid decline in light output over time like metal halide lamps do.
The best LED floodlights are designed with a heat sink to manage thermal energy through convection and air circulation. This ensures that the light source does not overheat, which can led flood lights ruin the lifetime of the lamp. The use of an intelligent control system can maximize energy savings and enhance the quality of light. They can also be synchronized with sensors or other devices to create preprogrammed light shows and dynamic effects.
Long lifespan
Led flood lights have a significantly longer lifespan than HID, reducing maintenance requirements and operating costs. They are also less prone to failures due to mercury, lead or phosphors. Additionally, the design of LED luminaires allows them to dissipate heat more effectively than their HID counterparts. Lastly, LED flood lights are easier to maintain since they are not a large, cumbersome fixture that requires a crane or special equipment to replace bulbs.
In addition, most modern LED flood lights are designed as modular systems that allow a scalable array of lumen packages to be integrated into the same housing. These modular LED engines can be powered by the same power supply, and a variety of different beam directions and optics can be specified to meet the specific needs of each project.
The modular design of LED flood lights can make it more cost-effective to upgrade to a brighter or higher color temperature than traditional fixtures. They can also be configured to respond to control signals from occupancy sensors, daylight harvesting photocells, or programmable logic circuits. The advanced optical characteristics of LEDs can be maximized with a led flood lights combination of reflectors and lenses. These are often referred to as total internal reflection (TIR) optics.
Easy to install
Unlike HID flood lights, which can be difficult to maintain, LED fixtures have a lower total cost of ownership. This is because they require fewer replacements, and are easier to install. In addition, LED lights are more energy-efficient and have a longer lifespan.
LED flood lights can be hardwired to a junction box and mounted on a wall or other surface. They can also be controlled from a smart plug, making them perfect for illuminating large personal or business properties. You can set the lights to automatically shut off after a specified time, and you can adjust their brightness from your phone.
LED flood lights have a high S/P ratio, which improves peripheral visual performance in the mesopic range. This is important for vehicular traffic applications, as it can reduce vehicle collision rates and increase driver safety. Moreover, LEDs have a slower rate of illumination attenuation than spotlights, which can help to reduce the amount of light spill. They are also less expensive than traditional metal halide (MH) lights. They are available in different wattages, beam spreads and mounting options.
Low maintenance
LED flood lights are extremely energy-efficient and require very little maintenance. They are available in a wide range of colors and brightness levels. They are also designed to withstand harsh or special environments. They are often equipped with a photocell sensor that turns the light on at dusk and off at dawn. They are used for lighting large areas, such as parks or stadiums, and are also used in homes to brighten lawns, driveways, and garages.
Unlike spotlights that produce a directional, well-defined beam of light, floodlights emit highly diffused and non-directional lighting that illuminates broad areas. This can help to create a more comfortable and inviting atmosphere. In addition, these fixtures are easy to clean and don’t create shadows on surfaces.
They are also thoroughly sealed and gasketed to prevent the ingress of moisture, corrosive gases, dust, contaminants, insects, and debris. Moisture absorption is one of the primary failure mechanisms responsible for premature LED package delamination, lumen degradation, and color shift. The waterproofing of the luminaire’s silicone encapsulant is critical for preventing this phenomenon.