Skip to main content

Zitek melts barriers to North American market

South Korean company Zitek is launching its heated LED traffic signal solution in the US and Canadian markets—meeting with distributors and DoTs while waiting for its ITE certification. It’s just in time, as climate change is creating more dangerous wintery weather across North America. As state DoTs have switched from incandescent bulbs to LED traffic lights to save energy and maintenance costs, an unintended consequence has been that the low-wattage bulbs do not get hot enough to melt snow that accumul
June 6, 2019 Read time: 2 mins
Soyoung Lee of Zitek
South Korean company Zitek is launching its heated LED traffic signal solution in the US and Canadian markets—meeting with distributors and DoTs while waiting for its ITE certification. It’s just in time, as climate change is creating more dangerous wintery weather across North America.


As state DoTs have switched from incandescent bulbs to LED traffic lights to save energy and maintenance costs, an unintended consequence has been that the low-wattage bulbs do not get hot enough to melt snow that accumulates on the signals.

Enter Zitek and its new LED traffic signal. Called MeltSmart, the signal includes an automatic heating element that kicks on as a photo-electric sensor detects coverage while a thermal sensor ensures the blockage isn’t caused by some other obstruction like pollen, litter or plant matter. The heating element raises the surface temperature of the lens in seconds and then automatically turns off when the snow melts.

“By providing drivers and pedestrians with clear visibility of the signals, MeltSmart greatly contributes to avoid traffic accidents and possible loss of life in snowy weather conditions,” said Soyoung Lee, the company’s CEO. “With the unique patented technology, Zitek strives to help protect lives and build safer roads worldwide.”

While DoTs will need to rip out and replace existing traffic signals with Zitek’s MeltSmart signals, Lee said that the additional cost—which runs about 15% more than existing signals—can be recouped through a reduction in traffic accidents, their response and fewer complaints. And with replacement cycles turning over every several years, she doesn’t see deployment as a major roadblock.

Related Content

  • When weather warnings get hyperlocal
    August 24, 2016
    David Crawford looks at new technologies to cope with the age-old problem of driving in bad weather. On the 10-year average, between 2005 and 2014 bad weather contributed to more than 1.5 million vehicle crashes in the US each year, resulting in more than 800,000 injuries and 7,400 deaths. These were the findings of analysis by Booz Allen Hamilton of NHTSA data which concluded that the loss of life, hospital treatment and damage to assets costs an annual average of $42bn.
  • Keeping cool in LA
    November 11, 2022
    As the earth’s temperatures rise, cities are set to become hotter. A project in Los Angeles may point the way to keeping cool while improving access to transit services in an uncertain future
  • Road death toll increasing in poor countries, says WHO report
    February 20, 2019
    The latest figures from the World Health Organisation on road deaths make sobering reading – but they are particularly shocking when you consider how the relative poverty of countries contributes to high fatality rates, says Adam Hill Around 1.35 million people died on the world’s roads in 2016, while road traffic injuries are now the leading cause of death among young people, according to new statistics from the World Health Organisation (WHO). Perhaps the most sobering point from its latest research
  • Thermal traffic detection cameras
    June 7, 2012
    The new FC-Series thermal cameras from Flir provide optimal detection of vehicles, cyclists, and pedestrians in a wide variety of conditions by detecting their heat signatures night and day. The company claims the thermal cameras outperform other detection technologies by detecting the heat signatures given off by everything in their field of view. Because they see heat, not light, they don’t get confused by the sun’s glare, darkness, headlights, shadows, wet streets, snow, and fog like video cameras do. Fl