Skip to main content

Danish SolarFuture builds solar facility by Öresund Bridge

Solar cell panels worth around €270,000 will produce energy for the Øresund Bridge that connects Denmark and Sweden. Danish companies SolarFuture and Solarpark DK have been awarded the contract to install 1,500m² solar panels near the toll station of the Øresund Bridge. The three-year agreement is with Øresundsbro Konsortiet - the Danish-Swedish company that owns and operates the Øresund Bridge. The panel will generate around 4% of the power to operate the bridge, including deck lighting and
January 10, 2018 Read time: 2 mins

Solar cell panels worth around €270,000 will produce energy for the Øresund Bridge that connects Denmark and Sweden.

Danish companies SolarFuture and Solarpark DK have been awarded the contract to install 1,500m² solar panels near the toll station of the Øresund Bridge.

The three-year agreement is with Øresundsbro Konsortiet - the Danish-Swedish company that owns and operates the Øresund Bridge.

The panel will generate around 4% of the power to operate the bridge, including deck lighting and building interior lighting at an estimated annual saving of close to €27,000. There will also be an estimated CO2 reduction of 85tonnes.

Eventually, solar power could supply around 10% of energy with solar power, said Bengt Hergart, property director at Øresundsbro Konsortiet.

Solar panels will be placed between the northern and southern side of the toll station and at least 3m from the traffic lane, behind the railing and light columns - close to both the motorway and the railway.

The Øresund, which opened in 2000, is a road-rail bridge-tunnel structure running across and under the Øresund strait from the Danish capital Copenhagen to Malmö in Sweden. The road and rail runs along an 8km cable-stayed bridge to an artificial island where it then enters a 4km-long tunnel.

The cable-stayed bridge features two 204m-high pylons supporting the 490m-long bridge span across the Flinte Channel. The motorway runs on the upper level while the railway runs underneath.

Most bridge structures including the piers and spans were built on land and towed into position on barges. Only the pylons were cast in situ. The Øresund is operated by both countries and was designed by Danish engineering firm COWI along with main architect George KS Rotne.

Related Content

  • The Hague’s Victory Tunnel opens
    February 22, 2021
    The Victory Boogie Woogie tunnel is part of the new 4km Rotterdamsebaan.
  • Acciona, Leonhard Nilsen & Sonner and Multiconsult win Norway E6
    July 23, 2018
    Spain’s Acciona, working with Leonhard Nilsen & Sonner and Multiconsult, has picked up a €420 million contract for construction of 23km of Norway’s E6 motorway. The work, between the towns of Ranheim and Vaernes, was awarded by state-owned motorway operator Nye Veier. It involves construction of a four-lane motorway section for vehicles travelling at a maximum speed of 110kph.
  • Crane versatility helps with bridge building
    August 14, 2014
    The versatility and mobility of a Terex crawler crane has helped enormously with the construction of a new road bridge in Luxemburg. The Terex Superlift 3800 lattice boom crawler crane owned by Trier-based Steil Kranarbeiten was used to build a bridge in Luxemburg only two days after the same machine was used on a job in the Hunsrück mountain range. The machine was needed to lift a 440m long bridge across a valley, connecting a new section of highway.
  • New German autobahn bridge under constriuction
    May 1, 2015
    Crane manufacturer Manitowoc has supplied six Potain cranes to German contractor Max Bögl. These machines are being used for constructing a new bridge carrying the A3 autobahn, close to Limburg. Working at over 70m high, the cranes tower over the Lahn Valley. The cranes for this project were supplied by Max Bögl’s subsidiary, Max Bögl Transport & Geräte. The three topless Potain MDT 222 cranes were selected for the work as they feature tip heights of up to 76.2m and can operate with a working radius of