Commercial LED Lighting • Fixtures, System, Design
- commercial lighting
- led lighting systems
- office lighting
- commercial led track lighting
- commercial linear led lighting
- commercial lighting led lights
- commercial led lighting fixtures
- commercial led lighting solutions
- commercial lighting fixtures
- commercial lighting systems
- commercial lighting outdoor
- commercial lighting warehouse
- commercial lighting fixtures exterior
- industrial led lighting
- shop commercial lighting
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LED Warehouse Lighting
Modern warehouses typically cover hundreds of thousands of square feet with operations that rely on logistics that can be timed down to the second. The efficiency and profitability of warehouses can be vastly improved with lighting that gives employees the best visual acuity at all levels in a warehouse, including between shelves and down long aisles. LED lighting systems, like those produced by SpecGrade LED, are ideal solutions to provide these lighting conditions.
Safe Lighting Options for Parking Facilities
A business’s parking lot is typically what creates the first and last impression that a customer or client receives when visiting that business. A poorly-lit parking lot can create a bad first impression as a customer rushes through the darkness from his car and into the business, and can leave the customer feeling unsettled and ill at ease when he later returns to his car after conducting his business. LED parking lot lighting can alleviate these negative impressions and can save a substantial amount of money for any business or a parking lot operator that manages a parking facility.
By LEDs ★☆★
US automaker, General Motors reports that the company has installed 186,000 LED bulbs and fixtures at its facilities in the past two years
The LED lighting installation is just one of many energy-saving projects that the company has taken on this year that will save an estimated $73 million in energy costs annually. GM has the ambitious goal of meeting the electricity needs of all of its global operations with 100 percent renewable energy by 2050.
“Energy efficiency can reduce electricity loads, which will help us more easily transition to renewable energy sources,” said Al Hildreth, GM’s global energy manager. “Together, these environmental improvements help us reduce our carbon footprint, cut costs and deliver value back to our customers.” GM points out that sixteen of its facilities recently earned recognition for continued efforts to increase energy efficiency.
Defiance Operations replaced fluorescent lighting with 200 LED fixtures throughout the facility. This upgrade helped Defiance reduce energy intensity by over 20 percent in 2 years. Bedford Casting Operations installed translucent walls with a southern exposure, which reduce the need for artificial lighting in the plant. Actions like this helped the facility reduce its energy intensity by 12 percent. Grand Rapids Operations replaced 11,000 lights with LED tubes, which helped the facility reduce energy intensity by 18 percent. More information can be found at http://www.gm.com
The 5 Biggest Myths in LED Lighting
In their early stages, most new technologies are the subjects of myths that are either exaggerations or inaccuracies, if they are not altogether incorrect. LED lighting has been the subject of many myths since the first installations of LED systems appeared several years ago. Many of those myths denigrated LED lighting on the basis of cost and performance. As LED technology has improved, early-stage problems have disappeared but the myths have remained. Rather than falling prey to those myths, organizations that are considering LED lighting for their own operations should base their decisions on objective facts about modern LED lighting systems.
Myth: LED lighting is expensive.
Fact: As with many new technologies, the first generations of LED lighting systems were costlier than traditional metal halide or high-pressure sodium alternatives. Upfront acquisition and installation costs have since fallen dramatically and LED retrofits or new installations can now be completed at competitive price points to those traditional systems. Moreover, LED lighting generates the same or better illumination with substantially lower power input. Upfront system costs are usually recovered very quickly from utility cost savings alone. Myth: Light from LED bulbs is too harsh or bright.
Fact: New LED bulbs and control systems give operators much more flexibility to alter the color temperature and color coordinated index (“CCI”) of LED illumination to tone down the perceived harshness that might have plagued earlier LED systems. Modern fixtures and lenses also help to disperse lighting and to reduce glare from brighter bulbs. Myth: All LED bulbs are identical.
Fact: LED bulbs include more complex technology than incandescent or fluorescent fixtures. Quality LED manufacturers push that technology to produce better and longer-lasting products that incorporate features such as advanced thermal control and more stable electronics. Some LED systems might cost less than others, but those lower-cost systems might not have the newest technology that creates improved lighting performance. Myth: LED lamps never need to be replaced.
Fact: LED’s last substantially longer than traditional lighting fixtures, but the will need to be replaced at some point. On average, LED bulbs will perform above a minimum illumination level for 50,000 hours. Many continue to generate light beyond this average lifespan, but their total light output will be lower than when they were first brought into service. Facilities that install LED lighting systems will continue to need to plan for maintenance and replacement, but those needs will be substantially reduced in comparison to traditional lighting. Myth: LED lighting is bad for your health.
Fact: Doctors’ groups did criticize early generations of LED light that had high concentrations of blue-wavelength lighting. Lighting in that wavelength tends to keep people alert and to interfere with circadian rhythms and sleep patterns. Newer LED systems have controls that allow operators to reduce blue wavelengths in favor of more calming orange or yellow lighting. Therefore the early criticisms are no longer as valid. Myth: LEDs have sub-par color rendering index properties
Fact: Incandescents have a perfect color rendering index (CRI) of 100, so when alternative energy-saving lighting solutions like fluorescents came to the market, people were disappointed in the quality of the light. And rightly so. Many compact fluorescents have a low CRI of 50. Most LEDs have a solid CRI of 80, with High CRI options available when color rendering is very important (like in restaurants, retail stores, galleries, etc). Our LED MR16, for example, has an incredible High CRI option of 95, so colors appear as vibrant to the eye as under broad daylight. Source: specgradeled
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