Method for linkage of an electric rotating machine to a platform, characterised in that - input data is collected using the machine in a state not connected to an operating voltage, said input data comprising a shaft height, a number of pole pairs and rating plate specifications of the machine, wherein the input data is characteristic of the machine and is entered as input for configuration application software, wherein - the configuration application software transmits the input data to the platform, wherein the platform provides a simulation model of the electric rotating machine, wherein the platform: * obtains input data, * determines parameter values defining the simulation model from the input data with the help of a trained function, wherein the trained function was trained by means of training input and training output data, wherein the training input data is characteristic of electric rotating machines, can be collected using the machines in a state which is not connected to an operating voltage and comprises shaft heights and number of pole pairs of the machines, wherein the training output data comprises loss and stray coefficients of the machines and are representative of parameter values, which define simulation models of the electric rotating machines, wherein based on the shaft height and the number of pole pairs, the trained function determines loss and stray coefficients of the electric rotating machine wherein the parameter values are determined from the determined loss and stray coefficients and the rating shield specifications. - input data is collected using the machine in a state not connected to an operating voltage, said input data comprising a shaft height, a number of pole pairs and rating plate specifications of the machine, wherein the input data is characteristic of the machine and is entered as input for configuration application software, wherein - the configuration application software transmits the input data to the platform, wherein the platform provides a simulation model of the electric rotating machine, wherein the platform: * obtains input data, * determines parameter values defining the simulation model from the input data with the help of a trained function, wherein the trained function was trained by means of training input and training output data, wherein the training input data is characteristic of electric rotating machines, can be collected using the machines in a state which is not connected to an operating voltage and comprises shaft heights and number of pole pairs of the machines, wherein the training output data comprises loss and stray coefficients of the machines and are representative of parameter values, which define simulation models of the electric rotating machines, wherein based on the shaft height and the number of pole pairs, the trained function determines loss and stray coefficients of the electric rotating machine wherein the parameter values are determined from the determined loss and stray coefficients and the rating shield specifications. * obtains input data, * determines parameter values defining the simulation model from the input data with the help of a trained function, wherein the trained function was trained by means of training input and training output data, wherein the training input data is characteristic of electric rotating machines, can be collected using the machines in a state which is not connected to an operating voltage and comprises shaft heights and number of pole pairs of the machines, wherein the training output data comprises loss and stray coefficients of the machines and are representative of parameter values, which define simulation models of the electric rotating machines, wherein the training input data is characteristic of electric rotating machines, can be collected using the machines in a state which is not connected to an operating voltage and comprises shaft heights and number of pole pairs of the machines, wherein the training output data comprises loss and stray coefficients of the machines and are representative of parameter values, which define simulation models of the electric rotating machines, wherein based on the shaft height and the number of pole pairs, the trained function determines loss and stray coefficients of the electric rotating machine wherein the parameter values are determined from the determined loss and stray coefficients and the rating shield specifications.