Skip to main content

New ice warning system aids safety on Swedish highways

A new road sensor system is set to offer more accurate warnings for slippery surfaces. The TrackIce system, developed by Mowic, is to be installed by road maintenance contractor Peab along a 30 kilometre stretch of highway E4 between Stora Essingen and Södertälje in Sweden. According to Mowic, the TrackIce system is quick to install without the need for cables, enabling it to be installed in remote areas where no power is available. The TrackIce central unit can also handle information from other sensors su
February 5, 2013 Read time: 2 mins
A new road sensor system is set to offer more accurate warnings for slippery surfaces.

The TrackIce system, developed by 7134 Mowic, is to be installed by road maintenance contractor Peab along a 30 kilometre stretch of highway E4 between Stora Essingen and Södertälje in Sweden.

According to Mowic, the TrackIce system is quick to install without the need for cables, enabling it to be installed in remote areas where no power is available. The TrackIce central unit can also handle information from other sensors such as wind sensors and snow depth sensors. The weather data from the TrackIce system is then analysed and transmitted to the customer’s weather forecasting system, such as MeteoGroup´s Roadcast service which is used by many contractors.

“As the TrackIce equipment requires no power or data cables we were able to install the sensors exactly where we wanted to. The installation is easy and quick, we just drill a small hole for each sensor, ensures it is aligned with the road surface and mold it into place”, says Per Hallberg, operations manager at Peab district Western Södertörn.
TrackIce is currently in operation at several places in the Stockholm area, including Södertälje municipality where the system is placed in a sensitive location were icing occurs early.

“In Södertälje we have a known road section very prone to accidents. This is where we placed our TrackIce sensor. When the road surface is wet and we get a warning from the system, we know that in about two hours’ time, it is very likely there will be icy roads in the entire region. We will then begin anti-icing activities by spreading salt to prevent black ice, says Jan Johansson, Operations planning manager in Södertälje.

For more information on companies in this article

Related Content

  • Here and Mitsubishi unveil road hazard alert system
    May 22, 2019
    Here Technologies has piloted a system with Mitsubishi Electric which it claims can enable vehicles to automatically warn others about upcoming road hazards with lane-level precision Here says the Lane Hazard Warning platform enables an event detected by a vehicle’s sensors – such as a slow car or pothole – to be localised to a specific lane. This information can then be transmitted in real time via the cloud to other vehicles approaching the same area, the company adds. Hiroshi Onishi, executive office
  • Re-timing traffic signals delivers cost benefits
    June 28, 2012
    Nashville's signal optimisation programme produced a stunning return on investment. Are those results exceptional? Could similar results be replicated in cities across the US and indeed the world? ITS International spoke to Chris Rhodes, P.E. of Kimley-Horn and Associates, project leader for the Nashville signal optimisation programme. "You have to bear in mind that with signal optimisation programmes you don't see, for instance, physical construction or new pieces of equipment on the roadside that someone
  • Wyoming develops open-source RSU monitoring app
    September 16, 2019
    A connected vehicle project in the US state of Wyoming has developed an open-source application to allow third parties to monitor safety along the I-80 highway. The Wyoming Department of Transportation (WYDoT) Connected Vehicle Pilot includes the deployment of 75 roadside units (RSUs) along 400 miles of I-80. WYDoT’s app allows authorised transportation management centre (TMC) operators to monitor and manage each RSU on the route – and can also be used to let the travelling public know what is happening.
  • Wyoming develops open-source RSU monitoring app
    September 16, 2019
    A connected vehicle project in the US state of Wyoming has developed an open-source application to allow third parties to monitor safety along the I-80 highway. The Wyoming Department of Transportation (WYDoT) Connected Vehicle Pilot includes the deployment of 75 roadside units (RSUs) along 400 miles of I-80. WYDoT’s app allows authorised transportation management centre (TMC) operators to monitor and manage each RSU on the route – and can also be used to let the travelling public know what is happening.