Aerated concrete-hybrid construction element

An aerated concrete hybrid construction element with outer surfaces which extend along either side of a plane of the construction element, comprising:

• multiple support structure profiles that are parallel and mutually spaced apart from one another, each of the support structure profiles comprising a rib arranged transversely to the plane of the construction element, each rib having two support structure limbs which extend away from the rib in a direction parallel to the plane of the construction element, wherein the support structure profiles extend through an entire length of the construction element;
• wherein the support structure limbs of the support structure profiles are embedded into an aerated concrete layer which extends over an extent of the support structure limbs along the plane of the construction element, the aerated concrete layer is formed from at least two aerated concrete shells, and a first support structure limb of each rib is enclosed in a first concrete shell of the at least two aerated concrete shells and a second support structure limb of each rib is enclosed in a second concrete shell of the at least two aerated concrete shells, and
• wherein a bulk density of the first concrete shell is higher than that of the second concrete shell, and both the first and second concrete shells take over a portion of a static load assumption function of the construction element, wherein the first concrete shell with higher bulk density takes over a greater portion of the static load assumption function than the second concrete shell, and the second concrete shell with lower bulk density is assigned a primarily insulating function compared to the portion of the static load assumption function assigned to the second concrete shell.