Electrical conductor for an electrical installation in a renewable energy facility

A method for coupling a first end segment of an electrical conductor to a second end segment of said electrical conductor within an electrical installation, said method comprising steps of:

• monolithically uniting said first end segment and conductor branches of a plurality of conductor branches via connections to shape interior corners between said first end segment and conductor branches of said plurality of conductor branches and to spatially separate conductor branches of said plurality of conductor branches in two different directions, and
• electrically coupling and mechanically coupling said first end segment and said second end segment via a middle segment of said electrical conductor formed by said plurality of conductor branches,
• wherein said method further comprises a step of establishing a digital representation of said electrical conductor,
• wherein at least one of the plurality of conductor branches includes:
• a stem end, and
• a forked end of one or more forked branches, opposite the stem end, and
• wherein the middle segment has a geometry that is one of:
• a web-structure, a honeycomb-structure, an organic branch structure, or a bionic branch structure.

An electrical conductor comprising:

• a first end segment;
• a second end segment;
• and
• a middle segment including a plurality of conductor branches electrically and mechanically coupled to the first end segment and the second end segment,
• wherein the first end segment and a portion of conductor branches of the plurality of conductor branches are monolithically united by connections thus shaping a conductor with spatially separated conductor branches in two different transversal directions,
• wherein the plurality of conductor branches are mutually twisted,
• wherein the electrical conductor is at least partly manufactured by an additive manufacturing process,
• wherein at least one of the plurality of conductor branches includes:
• a stem end, and
• a forked end of one or more forked branches, opposite the stem end, and
• wherein the middle segment has a geometry that is one of:
• a web-structure, a honeycomb-structure, an organic branch structure, or a bionic branch structure.