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

  • Cold, hard truths
    February 27, 2012
    By comparison with the snow paralysis which hit North America at the beginning of February, and the conditions endured by much of Northern Europe this last winter, it took only the lightest dusting of snow to bring the UK transport system slipping, sliding and then juddering to a halt in January.
  • Next-gen sensor needs for safer, smarter cities
    July 1, 2021
    Next-generation radar sensor solutions will help smart cities deliver on the promise of optimising infrastructure, mobility, sustainability and safety, says Econolite CTO Eric Raamot
  • Flir helps Indonesia start tackling congestion
    March 19, 2014
    Indonesia has started tackling acute traffic congestion in Jakarta and Surabaya. When talking about Jakarta, Indonesia’s economic, cultural and political centre, it is very easy to lapse into superlatives. With a population of over 10 million people it is the thirteenth most populated city in the world and the biggest in South East Asia. The official metropolitan area, known as Jabodetabek, is also the second largest in the world. Almost 98% of journeys in Jabodetabek are made by road and the tremendous
  • Nira Dynamics rolls out a new safety solution for increased driver awareness
    March 16, 2016
    In an effort to reduce the number of accidents caused by slippery road conditions, Swedish companies Nira Dynamics and Infocar Training have equipped a fleet of 80 vehicles with software for detecting road surface conditions in real-time. Road surface information (RSI), developed by Nira, continuously monitors the quality and tyre grip level of the road surface, without stereo cameras, adaptive suspension or other expensive sensors. Using sensor fusion based algorithms, RSI determines the level of road r