Nyx Hemera to launch its tunnel version of its TLACS system

Nyx Hemera Technologies will release TLACS-U, a version of the adaptive lighting control system TLACS, specifically for underpasses and short tunnels in North America and Europe. TLACS - tunnel lighting addressable control system – with LED and HPS lighting systems is installed in more than 75 tunnels worldwide, including in Singapore, Spain, Peru, the US and Canada with LED and HPS lighting systems. TLACS-U has been developed for underpass and small tunnels operators who want to get the most from the
January 9, 2019 Read time: 2 mins

7281 Nyx Hemera Technologies will release TLACS-U, a version of the adaptive lighting control system TLACS, specifically for underpasses and short tunnels in North America and Europe.

TLACS - tunnel lighting addressable control system – with LED and HPS lighting systems is installed in more than 75 tunnels worldwide, including in Singapore, Spain, Peru, the US and Canada with LED and HPS lighting systems.

TLACS-U has been developed for underpass and small tunnels operators who want to get the most from their LED luminaires with a seamless solution. The U system allows real-time dimming control and monitoring. City officials can interact directly with their infrastructure and monitor what is happening in their underpasses.

The TLACS-U version includes a UDE - underpass dimming enclosure - a preconfigured plug and play intelligent controller packaged in a rugged cabinet for short tunnel applications and underpasses.

The new TLACS version comes either in a power line version for communication over the underpass power distribution or lighting network or in a wired version. “This new solution is preconfigured as well as easy to operate and to commission by the operators,” explained Pierre Longtin, president of Nyx Hemera Technologies, which is based in Quebec City, Canada.

The luminance camera helps to reduce the black hole effect at the tunnel entrance. It sends a signal to the network controller (NWC), which adjusts the lumen level at the entrance and inside the tunnel.

The illuminescence camera reads the real lumen level inside the tunnel, which can vary due to dirt accumulation on the luminaire. The camera sends the signal to the NWC, which dynamically adjusts the lumen level inside the tunnel as per transport regulations.

Local product controllers (LPCs) are either installed in the luminaires or the cabinet depending on the TLACS version. Their function is to turn luminaires on using power line communication or dedicated wires.  

NWCs gather data from a multitude of LPCs from the same group. They also control the LPCs’ relay status according to their locations or from the signal from a photometer or luminance camera.

A user interface located either in the cabinet or at the command centre is connected to the NWC to configure, control, and monitor tunnel operations.

Highway & Network Management

For more information on companies in this article

Related Content

  • New traffic solutions for the UK
    July 15, 2015
    Two major developments being introduced will help optimise traffic flow on routes carrying high volumes of vehicles/day. An installation of Flexicon’s flexible conduit will help keep the traffic flowing on one of the busiest sections of the M6 motorway through Birmingham by protecting power and data cabling for overhead gantries and CCTV cameras. On behalf of Highways England, who is implementing a hard shoulder running scheme between junctions 5 and 8, contractor’s Carillion is using the 63mm diameter L
    Read More
  • Accuracy from Sandvik’s WX6500 screening media
    April 13, 2018
    NCC Industry in Södra Sandby, Sweden has been using Sandvik’s latest screening media technology, the WX6500, for over a year The company reports that the first fine screening test panels are still in place and performing reliably. NCC Industry's Stone Materials division said that it has long chosen rubber screening media over wire mesh. The choice is crucial in Södra Sandby, where abrasive quartzite produces excessive wear on metal components. Yet despite its preference, the company said that it had stru
    Read More
  • Using ITS to maximise safety and traffic flow for cycling
    January 22, 2013
    Copenhagen, Denmark, has long been known as one of the world’s leading cities for cycling. In some areas of the city, the modal share of bikes has reached a level of as much as 50 %. And on some of the most frequently used bike paths the average daily number of cyclists is close to 30,000. As these numbers continue to rise, new ways of planning and implementing cycling infrastructure are needed. Increasingly, Danish traffic planners are turning to technology as a tool for planning cycling infrastructure. I
    Read More
  • JAI’s VISCAM 1000 at Intertraffic 2014
    May 13, 2014
    JAI, a leading manufacturer of vehicle imaging systems and components, exhibited its VISCAM 1000 system at Intertraffic in Amsterdam. The new high resolution all-in-one imaging system for video tolling, tolling enforcement, congestion charging, red light and speed enforcement, is said to incorporate the latest high performance video triggering technology, light sensing, dynamic range control, and other technologies designed to maximise the quality of the images produced for automated number plate reading (A
    Read More

Highlighted Content