A concrete tower construction comprising; - a foundation, - a plurality of prefabricated concrete tower elements each comprising an outside wall having an outside, an inside, a material thickness provided there between, and top and bottom surfaces (38,40), said tower element having a hollow centre, said tower elements are arranged one tower element on top of another forming a column on top of the foundation, - a plurality of tendons arranged in the hollow centre or within the material thickness, for applying a tension force to the column, characterized in that the tower construction further comprises a lower force distribution element made from a material with high yield strength and ductility arranged in the foundation, wherein each tendon is connected to an upper most concrete tower element and the lower force distribution element by co-operating attachment means (30,30'), that the foundation includes at least one prefabricated concrete foundation element comprising an outside wall having an outside, an inside, a material thickness provided there between, and top and bottom surfaces, said foundation element having a hollow centre, said at least one foundation element is arranged between the column and the lower force distribution element, for forming a foundation column below the surface of the ground, that each tendon is connected to the upper most concrete tower element via an upper force distribution element made from a material with high yield strength and ductility and that the upper force distribution element and/or the lower force distribution element is an annulus, wherein the annulus has a free portion for attachment of the tendons. - a foundation, - a plurality of prefabricated concrete tower elements each comprising an outside wall having an outside, an inside, a material thickness provided there between, and top and bottom surfaces (38,40), said tower element having a hollow centre, said tower elements are arranged one tower element on top of another forming a column on top of the foundation, - a plurality of tendons arranged in the hollow centre or within the material thickness, for applying a tension force to the column, characterized in that the tower construction further comprises a lower force distribution element made from a material with high yield strength and ductility arranged in the foundation, wherein each tendon is connected to an upper most concrete tower element and the lower force distribution element by co-operating attachment means (30,30'), that the foundation includes at least one prefabricated concrete foundation element comprising an outside wall having an outside, an inside, a material thickness provided there between, and top and bottom surfaces, said foundation element having a hollow centre, said at least one foundation element is arranged between the column and the lower force distribution element, for forming a foundation column below the surface of the ground, that each tendon is connected to the upper most concrete tower element via an upper force distribution element made from a material with high yield strength and ductility and that the upper force distribution element and/or the lower force distribution element is an annulus, wherein the annulus has a free portion for attachment of the tendons.