By Cree Cree's leadership begins with innovative materials, primarily silicon carbide (SiC), that provide high-efficiency performance for numerous semiconductor applications. Using SiC as a platform material, Cree has spent over 20 years developing an array of new technologies which have established far higher performance standards within a variety of industries.
Over the last decade, rapid improvements in lighting technology coupled with a focus on energy conservation backed by legislation have resulted in a noisy marketplace. Consumers are inundated as big brands compete every day to get their latest products and statistics online.
Now that most of the dust from the government-mandated incandescent phase out has settled, how do B2B leaders who are still hesitant to pull the trigger cut through the noise to plan for needed lighting upgrades? This article helps debunk some surprisingly common, lingering misconceptions to help light a path to LED.
Perceived Cost vs. Actual Cost
In the grand scheme, LED technology is still relatively new to the consumer-lamps market. As one of the fastest shifts in the electrical industry, it’s not surprising that a knowledge gap still exists between LED innovators, early adopters who followed close behind them and everyone else. Like any other digital product, the technology and trends in LED are constantly changing which only adds to the challenge for those trying to close that gap.
Perhaps the largest misconception surrounding LED is the cost of entry. When it first debuted, LED was considerably more expensive than incumbent lighting technology. For most, it seemed overly cost-prohibitive to be considered for retrofits or new construction projects. In addition, some early negative feedback surrounding the new technology’s high price point and underperformance corroborated what many already suspected. While those concerns can be easily mitigated today, first impressions of LED have proven difficult to overcome for some.
Since 2008, the cost of LED lighting has dropped by nearly 90 percent while performance and efficiency have continued to rise. At this point, the dynamic has shifted so that new projects are almost exclusively specified for LED and retrofitting dated lighting systems is a matter of “when” and not “if” for decision makers.
The Demand Paradox
Another puzzling factor affecting the shift towards LED is how consumer demand impacts — or in this case enables — wider industry complacency. Incandescent bulbs are still being widely manufactured and purchased today. Although most consumers know LED is a more efficient choice, and that upgrading ultimately cuts operational costs by shrinking energy consumption and extending windows between maintenance, non-LED bulbs still accounted for approximately 40 percent of sales in 2016. Why is that?
The standards set forth in the Energy Independence and Security Act of 2007 did not “ban” incandescent bulbs as some believed, but rather put in place stricter efficiency requirements which effectively made the majority of incandescent sold at the time obsolete. By altering the existing tungsten-filament design to a halogen-based incandescent technology, manufacturers have continued to meet the existing demand. As a result, many facilities managers and purchasers have maintained their status quo, justifying maintenance costs that were initially much lower than upgrade costs for early LED. However, this argument has become less valid with each passing year as LED costs continue to fall.
Leveraging Economic Sustainability
In addition to the cost of waiting, the overall economic sustainability of a facility’s lighting must be leveraged when weighing an upgrade to LED. , the overall benefit of year-over-year life cycle costs is too great to ignore. Well-designed LED lighting outlasts incandescent bulbs by 10-20 times and standard fluorescent bulbs by 3-5 times. Depending on the scale of the retrofit, ROI could be seen in as little as one year.
Another consideration when leveraging economic sustainability is how the added initial expense of LED might be absorbed into other areas of the business to create return value. For example, LED emits blue light, which occurs in nature and can help boost attention and mood during the morning and early afternoon. In addition, LED bulbs are offered in a variety of base colors and can be blended together to create millions of different colors. These colors can be fine-tuned to help create the exact environment needed to optimize your team’s safety and success.
Since they’re not made of toxic or fragile materials, LED bulbs are considered to be safer than typical incandescent or fluorescent bulbs. They can stand up to shocks, vibrations and changes in temperature. They are also cool to the touch and can be recycled.
LED technology now exists that can save you money and dramatically improve your facility’s lighting system. Whether you’re considering a new purchase or an upgrade to LED, expert consultation is available to help you make an informed decision. In addition, financing and tax incentives are also available for businesses taking measures to improve energy efficiency in their buildings. While prices may continue to drop even lower in the future, it’s safe to say that at this point each day spent waiting to take the leap into LED is a missed opportunity for financial gain.
When it comes to handling hazardous chemicals, workers need the proper equipment to stay safe. Protecting a worker’s face and head should be an employer’s top priority. And while many businesses supply safety equipment, it’s not always used in the right way. A faceshield doesn’t provide the coverage necessary to prevent injury 100 percent of the time. Workers need to wear personal protective equipment (PPE) that protects both the eyes and the face from injury. A faceshield alone doesn’t always guarantee safety.
Efficiency on a lighting project is critical to profitability. Contractors seek ways to save time and money — particularly on labor costs — to ensure maximum profitability from every job. While lighting installations come with their own set of challenges, properly managing material can save time and ultimately increase job profitability.
As consumer demands on networks increase, more businesses are turning to Category 6A cabling for their network infrastructure. This decision is primarily being driven by affordable price, high quality, and exceptional performance. Here are five reasons why you should choose Category 6A cable for your enterprise applications.
While sensors have long played an important role in industrial settings, the intersection of market forces in manufacturing with the Internet of Things (IoT) has recently propelled sensor technology to new heights. Coupled with greater network connectivity and improved machine learning, sensors are now more vital than ever as manufacturers search for ways to optimize value throughout all levels of operation.