Why Flexible LED Light Strips Will Change the Way Architects View Lighting

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Why Flexible LED Light Strips Will Change the Way Architects View Lighting

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Posted 29 March 2023 - 06:20 AM

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Why Flexible LED Light Strips Will Change the Way Architects View Lighting

LED lighting and specifically LED light strips are is poised to radically change how architects, businesses, and consumers see the world. More consumers demand greater variance in business and home lighting, and architects must consider lighting solutions that will drive brand value. In a study conducted by the U.S. Department of Energy, LEDs allow architects to leverage technology to drive brand value and add overall value to their projects in these primary ways.To get more news about neon light strip, you can visit htj-led.com official website.

Where Are Flexible LED Light Strips Used?
Flexible LED Light Strips, or tape lights, offer striking, evocative improvements to commercial and residential settings, including backlighting, task lighting, and spot lighting. Additionally, the use of high-lumen flexible LED strips offers will change the standards of design across retail, business offices, and individual homes.
Low-Voltage Design Enhances Safety Without Sacrificing Lumens or Wasting Energy
Safety and saving money are top priorities for architects, businesses and consumers alike. High-lumen flexible LED strips offer increased safety through low-voltage design, requiring as little as 12 volts to power shorter strip-lengths. Changing the voltage allows users to adjust lumens (brightness) without increasing the power supply, like traditional lights, while reducing energy cost. In fact, LEDs are on track to save 348 TWh (approximately $30 billion) of electricity by 2027.

End-users can dim or brighten LEDs to create “mood lighting” or a focused atmosphere easily. Meanwhile, low-voltage, the independent circuit design maintains safety during installation and throughout maintenance of tape lights.
The combination between dimmable and high lumen lighting gives end-users control over how flexible LED strips appear within a space. For example, business owners may prefer focal lighting during the day and ambient lighting at night to create a cozy, welcoming atmosphere.

Depending on the strip’s model, the correlated color temperature (CCT) determines how warm or cool the LEDs appear and the color-rendering index (CRI) indicates how accurate the light source will reveal colors of objects faithfully in comparison with a natural light source.

This is vital when considering different applications of lighting. For example, should it be placed behind crown molding or used as focal lighting in family rooms or commercial spaces? For a grocery store which displays fruits and vegetables, the CRI needs to be at 90 or 95 to reflect through color and the color temperature at 3500K to have a light which is not too yellow or blue. This will allow supporting the vibrancy of rich natural colors and ensures that customers can easily assess the quality of the items.
Architects are often faced with lighting decisions based on difficulty in installation and upkeep. The most beautiful lights may require extensive maintenance and hours to clean. Architects must weigh aesthetics against accessibility. As a result, architects must find versatile lighting solutions that are easy to install and maintain.

Architects should choose flexible lighting solutions that have a high lumen output to be able to offer design and functionality in one single lighting. To ensure safe and quick installation, they should be pre-wired with 22AWG wires and have large solder points. To ensure all lights are wired and powered correctly to produce the proper color temperatures and wattage, having the information on the PCB is a must.