Browsing Tag

LED

Technology

Field Lights And 1000 Watt Led Light Solutions

LED lighting is fast becoming the magnificent solution for a wide variety of outdoor lighting applications. The reasons are simple: LEDs are the most energy efficient light on the market by far, they have the longest lifespan by 2-10 times over the nearest competing technology as well as they produce a very high-quality light with a wide range of characteristics.

Lighting effects how sporters, as well as fans, feel in your sports venue. A welcoming ambiance and clear visibility will improve their experience and performance as well as keep fans coming back. There are several sports lighting solutions to service the smallest or largest sports venue, allowing the correct lighting to match your needs. We have the expertise as well as equipment to transform your goals into an effective solution.

Field Lights are the perfect high-efficiency lighting solution for any sports application. The high quality of light emitted from LED sports lighting fixtures ensures for an improved fan experience as well as increased protection. In addition, 1000 Watt Led Light provides tremendous energy savings, longer lifespans, and other benefits.

They are small, steady-state lights which mean they don’t present the breaking or recycling problems common with legacy lighting technology. Perhaps the only downside is that they’re not the affordable LED light on the market. That said, the price continues to come down as well as a smart investor will recognize right away that a lifespan that could be an order of magnitude (10 times) longer than a traditional bulb is effortlessly worth the investment. You get what you pay for after all.

LED Stadium Lights are designed to replace 400W with 2000W Metal Halide as well as HPS stadium lights.  There are several companies who can produce over 100,000 lumens if you need that much light, all of which will run with less energy than comparable lighting technologies!

They Help Teams to Cut Down Energy Costs

If we were to utilize sports terms to describe the energy-efficiency of LEDs, we would say that they are a slam dunk. This is because they make lighter while consuming less electricity. But perhaps the major reason why LED stadium lights have gotten so well-liked in a very short time is that of the savings they offer teams, clubs as well as owners of sports venues.

Metal halides have a life expectancy of 15,000 hours while LEDs have a rated life of 50,000 hours. Higher-quality LEDs have a regular lifespan of 100,000 hours. Since LEDs last three times longer than metal halide lamps, they are ideal for use in stadiums. They are also very well-built as well as require very little maintenance during their lifetimes.

LED lights may reduce energy consumption by as much as 90% if they are used together with lighting controls that ensure stadium lights are on only when they require being on. And if the lights are not utilized incessantly every day of the week, their life expectancy goes up.

Technology

Street Light Led And Led Street Light Fixtures

A LED street light LED is an incorporated light that uses light emitting diodes (LED) as its light source. These are measured integrated lights because, in most cases, the luminaire, as well as the fixture, are not separate parts. In manufacturing, the LED light cluster is sealed on a panel as well as then assembled to the LED panel with a heat sink to become an integrated lighting fixture.

Diverse designs have been created that incorporate several types of LEDs into a light fixture. Either few high-power LEDs or many low-power LEDs may be utilized. The shape of the LED street light depends on various factors, including LED configuration, the heat sink utilized with the LEDs and aesthetic design preference.

Mainly LED street lights to have a lens on the LED panel, which is designed to cast its light in a rectangular pattern, an advantage compared to traditional street lights, which naturally have a reflector on the back side of a high-pressure sodium lamp. In this case, much of the luminance of the light is lost as well as produces light pollution in the air as well as the surrounding environment. Such street lights may also cause glare for drivers as well as pedestrians.

A drawback of Led Street Light Fixtures focus panels is that most light is directed to the road and less light to the footpaths and other areas. This may be addressed by the utilize of specialized lens design and adaptable mounting spigots.

In performing a LED street lighting project, simple LED luminary models simplify the optimization for high-performance illumination designs. These practical equations might be utilized to optimize LED street lighting installations in order to diminish light pollution, increase comfort as well as visibility, and maximize both illumination uniformity as well as light utilization efficiency.

The primary appeal of Street Light Fixtures is energy competence compared to conventional street lighting fixture technologies such as high pressure sodium and metal halide. Research continues to improve the effectiveness of newer models of LED street lights.

An LED street light based on a 901-milliwatt output LED may usually produce the same amount of (or higher) luminance as a traditional light, however, requires only half of the power consumption. LED lighting does not naturally fail, but instead decreases in output until it requires to be replaced. It is estimated that installation of energy competent street lighting in the 10 main metropolitan areas in the U.S. could reduce annual carbon dioxide emissions by 1.2 million metric tons, the equivalent of taking 212,000 vehicles off the road, and save at least $90 million annually in electricity costs.

  • Road way luminaires are mounted horizontally as well as thus have fixed vertical aiming.
  • Road way lighting luminaires have exacting intensity distributions which are desired to light long narrow horizontal stripes on one side of the luminaire, while minimizing the intensities on the other side of the luminaire.
  • The intensity distributions up as well as down the narrow strip are generally the same.
  • Any fixed aimed luminaire which does not have this kind of intensity distribution is called an area luminaire.
Home & Garden

LED Operating Temperature and Its Effect On Plant Growth

Indoor gardening can be a fun and thrilling exercise, especially when you have the best equipment and tools to grow your garden. Many options are available to indoor growers and each one helps to enhance the experience of indoor gardening in unique ways. Thanks to smart lighting solutions like G8LED Grow Lights, growers can now achieve maximum yields and optimum growth.

LED grow lights have the power to improve the results of indoor growing projects. However, growers struggle with what type of light to use and what distance to place the light.

The truth is that not keeping lights at their proper distance will prevent the full potential of the garden, and hinder the growth of the plants. Placing a LED grow light too close to the plants can cause stunted growth, and too far will lead to its stretching. Follow the recommended lighting distances and make adjustments as your plants grow.

Temperature

Compared to other lighting options, Dorm Grow G8LEDs have a lower heat output. It is much easier to regulate the temperature of grow rooms with these lights. The ideal room temperate for the grow room is about 82-85 degrees Fahrenheit or as low as 72 degrees when the lights are on. During the off periods, the lights will not be in use and the temperature will be lower.

Leaf Surface Temperature

There are biochemical reactions going on in plants under specific temperature ranges. However, the rate of the reactions can be greatly influenced by the temperature of the plant’s leaves. Metabolism occurs in plants continually, and the optimal leaf surface temperature here helps to maximize the growth of plants. With optimal temperatures, the production of secondary metabolites becomes better, including vitamin pigments flavor enhancing compounds, and resins.

Note that ambient air also plays a role in indoor growing, and it affects the leaf surface temperature. Through evaporation, the leaves cool as the stomata of the leaf open, allowing gas exchange. Maintaining the ideal leaf surface temperature will ensure plants proceed with the best biochemical reactions with optimal efficiency.

Light Distance

When using these lights, here is a short guide on the best distances you should hang the lights from the plants.

G8-240: 12-24 inches, G8-450: 14-30 inches, G8-600: 16-36 inches, G8-900: 16-36 inches, Flower Booster: 12-36 inches

When plants grow and reach towards the grow light, raise the light a small distance to maintain the distance. As the plants grow tall, raise the lights. Once you get the appropriate height of the plants you desire to grow, you should stop raising the light. For denser and bushier plants, you should decrease the distance.  If the distance between the light and the plants is too close, there will be stunted growth and some discoloring. During the flowering stage add a 90-Watt Red flower booster to promote increased flowering in the plants.

The Nutrients

LED grow lights play a major role when it comes to boosting the process of photosynthesis. Since LED grow lights allow for very efficient plant photosynthesis, the amount of nutrients needs to be reduced by at least 30%. Avoid overwatering and over-feeding the plants. Keep in mind that since the LED lights give off less heat, there will also be less water evaporation, so the watering schedule should be adjusted so the plants are only watered when the soil is dry.