Skip to main content

Self-illuminating road signs star from HR Groep

HR Groep’s Infrastructure Category award-winning Smart Ultimate Lighting takes pride of place on its stand in Hall 1. This is a road sign that incorporates a foil (similar to mobile phone screen technology) which illuminates at night to light-up road signs rather than requiring separate incandescent or LED lighting. According to the company the foil provides sufficient light, even in inclement weather conditions such as rain and fog, that the sign remains totally visible.
April 6, 2016 Read time: 2 mins
Ed Salome of HR Groep

7623 HR Groep’s Infrastructure Category award-winning Smart Ultimate Lighting takes pride of place on its stand in Hall 1.

This is a road sign that incorporates a foil (similar to mobile phone screen technology) which illuminates at night to light-up road signs rather than requiring separate incandescent or LED lighting. According to the company the foil provides sufficient light, even in inclement weather conditions such as rain and fog, that the sign remains totally visible.

Furthermore, through the use of a transparent layer of photovoltaic cells, the sign’s surface doubles as a solar panel, enabling the system to be completely self-powering. Not only does this remove the need for external cabling, it also means the self-illuminating signs can be retrofitted onto existing posts.

The sign uses between 12 and 20 Watts with a light colour of between 5,000K and 6,500K and comes with imprinted energy storage capacity. Sensors in the foil make the product ‘smart’ as they automatically trigger the sign’s illumination when the ambient light falls below a pre-set level and the product is said to have a service life of at least 10 years.

Also on the stand is a demonstration of the company’s latest Intelligent Public Space - a network for smart products and solutions in public spaces. This can include smart rubbish containers, autonomously illuminated objects and assets (such as traffic signs) that report when they become damaged or are removed.

For more information on companies in this article

Related Content

  • Would self-driving vehicles increase occupant productivity?
    September 16, 2016
    New research by Michael Sivak and Brandon Schoettle of the University of Michigan Sustainable Worldwide Transportation indicates that currently, in the US the average occupant of a light-duty vehicle spends about an hour a day travelling—time that could potentially be put to more productive use. Indeed, increased productivity is one of the expected benefits of self-driving vehicles.
  • Washington State testing Astucia SolarLite road studs
    January 31, 2012
    This weekend, Washington State Department of Transportation (WSDOT) maintenance crews plan to install Astucia SolarLite solar-powered road studs as part of a test project on the centerline of a stretch of SR 530 which has a history of run-off-the-road collisions.
  • The Dutch revolution in smart EV charging
    October 18, 2016
    By turning itself into one huge Living Lab for Smart Charging of electric vehicles, the Netherlands aims to become the international frontrunner for smart charging EVs, using them to store peak solar and wind power production. Already 325 municipalities, including Amsterdam, Rotterdam, Utrecht and The Hague, have joined the Dutch Living Lab Smart Charging project, representing 80 per cent of all public charging stations. It is also supported by the Dutch government and has been joined by some The New Motion
  • Connected offers free I2V connectivity
    November 1, 2016
    A new system could reduce the cost of implementing I2V communications across a city to less than that for a single intersection, as Colin Sowman hears. It may seem too good to be true but US company Connected Signals is offering city authorities the equipment to provide infrastructure to vehicle (I2V) communications for free. The system enables drivers to receive information about the timing of signals they are approaching via the EnLighten smartphone app (or connected in-vehicle display).