Rotor blade for a wind turbine, method and manufacturing mold for the production thereof

A method of production of a rotor blade for a wind turbine, which extends longitudinally in an operational state from a blade root area for connection to a rotor hub of the wind turbine up to a blade tip, comprising the steps of:

• providing at least two subdivisions approximately transverse to a longitudinal extension of the rotor blade between the blade root area and the blade tip for formation of at least three segments;
• inserting at least two segments of the at least three segments into an integration device such that a gap that is located between the at least two subdivisions is provided for insertion of an inflow of a free-flowing connection material and a solid material;
• and
• interconnecting the at least two segments in the integration device, wherein a production parallel in time of components is performed, in which the components to be produced, according to their type, quality and/or size, are such that the components can be made available to the integration device together within 24 hours.

A method of production of a rotor blade for a wind turbine, which extends longitudinally in an operational state from a blade root area for connection to a rotor hub of the wind turbine up to a blade tip, comprising the steps of

• providing at least two subdivisions approximately transverse to a longitudinal extension of the rotor blade between the blade root area and the blade tip for the formation of at least three segments;
• inserting at least two segments of the at least three segments into an integration device such that a gap that is located between the at least two subdivisions is provided for insertion of an inflow of a free-flowing connection material and a solid material;
• and
• interconnecting the at least two segments in the integration device, wherein in the integration device, the at least two segments and/or components are adhered together,
• wherein at least one electrical heating device is used for heating, drying and/or hardening of the components, and
• wherein the components are first hardened or pre-hardened, the components are then put into the integration device, interconnected there and a composite of the components is then dried and/or hardened.