Skip to main content

Skanska wins E18 section near Oslo

Construction of 660m of the Høvik Tunnel is included in the contract, as well as a cycle path.
By David Arminas June 19, 2023 Read time: 2 mins
Noise barriers on the western approach to the Høvik Tunnel – under construction and just outside Oslo - will have solar panels mounted on them (image courtesy Aas-Jakobsen AS/Statens vegvesen)

Skanska Norway has won a contract to construct 2.3km of the new E18 in Bærum, a municipality in the greater Oslo area.

The deal covers the section between Fornbebukrysset and Strand and will have six lanes, of which one lane in each direction will be reserved for public transport and heavy vehicles. Construction of 660m of the Høvik Tunnel is included in the contract, as well as a cycle path.

The existing E18 in the area carries around 90,000 vehicles daily.

Under a different contract, construction of the Høvik Tunnel started in January. Most of the tunnel – around 1.75km – will run though rock and Skanska will be constructing in concrete an extension to the structure.

According to the Norwegian Public Roads Administration, Statens vegvesen, when the Høvik Tunnel is completed in a few years' time, the tunnel portal from the west will be illuminated using power from solar cells that will be situated on 7m-high noise barriers running along the E18.

However, the agency said installation of both noise barriers and solar panels is a few years down the road. The plan is for the barriers to be in place at Ramstadsletta in 2026/27. The barriers will have a curvature favourable for exposing the solar panels to the sun and cover an area between 250-300m² on the south side of the road, just before the planned Ramstadsletta Bridge. With today's technology, this gives a power production of at least 50kW.

Some attempts have previously been made to use solar cells for tunnel lighting in smaller single-pass tunnels. But the E18 West Corridor is the first to test it on a highly traffic road.

For more information on companies in this article

Related Content

  • Free flow tolling technology is booming
    April 10, 2013
    Jon Masters reports on the latest moves in the free-flow tolling segment. Free-flow tolling of roads and discrete infrastructure, such as bridges and tunnels, is an area of transportation that appears to be booming. Tolling in general is on the up, often still as a means for funding road projects where public sector budgets can no longer cover the necessary costs, but not exclusively so. Several high profile examples of road user charging for ‘demand management’ – the reduction of congestion as part of a wi
  • Auckland’s future strategic transport requirements
    July 5, 2012
    The Auckland Harbour Bridge is at the stage that it cannot cope with much more traffic, yet the population of the Auckland region continues to grow at a steady rate. Coupled with that, the bridge is a key link in the most important transport corridor in the country, State Highway One. Without it, the country would struggle to function. Not only home to New Zealand's largest city and one third of its population, Auckland's port is one of the country's largest. Some 140m north of the city is Marsden Point, th
  • Underground routes for highways
    July 20, 2012
    Increasingly, and where possible, roads are being built in tunnels often for environmental reasons, writes Patrick Smith As part of the new M7 motorway development in the southwest of Ireland, the four-lane route crosses the River Shannon near Limerick, before it flows into the Atlantic. Centrepiece of the 10km long Limerick Southern Ring Road is the required tunnelling (675m long), which including the north and south entrance and exit ramps, means it will be 915m long. Completion of the work is planned for
  • GTT wins in West Bend with Opticom traffic pre-emption solution
    April 7, 2017
    Global Trafic Technologies (GTT) has been contracted by the US city of West Bend in Wisconsin state to upgrade its traffic pre-emption solution to Opticom. Optimcom works alongside intersection controllers to help emergency vehicles navigate intersections rapidly but safely. When an emergency vehicle needs to navigate an intersection, the Opticom Emergency Vehicle Pre-emption system on board the emergency vehicle sends a request to the intersection’s controller ahead of its arrival. The request tur