Ericsson Shows off Eco-Friendly Base Station
Ericsson is showing off a radio base station site concept that is not only better for the environment but more cost-efficient to adopt and run, and (subjectively) more attractive to look at. The modern design, from renowned Scandinavian architect Thomas Sandell, is a completely new approach to site architecture - the 5m-diameter, 40m-high flexible concrete tower encapsulates all radio base station equipment, including the antennas.
Ericsson Tower Tube Designs
The aesthetics of the site concept, named the Ericsson Tower Tube, have been further enhanced by the choice of construction materials. The flexible concrete tower can be colored and branded to the operator's specific needs to either blend in with its surroundings or become an attractive landmark for the local community.
And the concrete itself has a lower environmental impact than traditional steel, producing 30 percent less CO2 emissions during production and transportation.
Diverging from standard design, the radio base station is placed at the top of the tower cutting the distance between it and the antenna. This gives capacity and coverage benefits for the cellular network and can together with the fact that no active cooling is needed reduce energy consumption up to 40 percent.
Furthermore, as the new design occupies less land, 60-75 percent less than conventional sites, site acquisition is easier. Being a self-contained structure, operators can also avoid the need for security fences and the cost of maintaining and patrolling them.
Ericsson Tower Tube Designs
The aesthetics of the site concept, named the Ericsson Tower Tube, have been further enhanced by the choice of construction materials. The flexible concrete tower can be colored and branded to the operator's specific needs to either blend in with its surroundings or become an attractive landmark for the local community.
And the concrete itself has a lower environmental impact than traditional steel, producing 30 percent less CO2 emissions during production and transportation.
Diverging from standard design, the radio base station is placed at the top of the tower cutting the distance between it and the antenna. This gives capacity and coverage benefits for the cellular network and can together with the fact that no active cooling is needed reduce energy consumption up to 40 percent.
Furthermore, as the new design occupies less land, 60-75 percent less than conventional sites, site acquisition is easier. Being a self-contained structure, operators can also avoid the need for security fences and the cost of maintaining and patrolling them.
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