Alma Mater Studiorum-Universitá Di Bologna

C.a.r.e.r. Carrellificio Elettrico Romagnolo Dell'ing. Angelo Gaetani E C.s.n.c.

Claudio Rossi

Angelo Gaetani

Alessio Pilati

Matteo Marano

Davide Pontara

Luca Raimondi

Marco Bertoldi

An electric power module comprises: a plurality of electric power units, each of which extends along a longitudinal direction from a first end, including a first electrode, to a second end, including a second electrode; a first panel, including a first plurality of contact elements, each of which is in contact with the first electrode of a corresponding power unit; a second panel, including a second plurality of contact elements, each of which is in contact with the second electrode of a corresponding power unit. In the module, the first panel comprises a first plurality of holes, each of which is aligned, along the longitudinal direction, with a respective contact element of the first plurality of contact elements and with a respective first electrode, and the second panel comprises a second plurality of holes, each of which is aligned, along the longitudinal direction, with a respective contact element of the second plurality of contact elements and with a respective second electrode.

Electric power module and method for assembling it

A method for the control of a wound rotor synchronous motor comprises measuring a plurality of electromagnetic entities indicative of the operation of the motor, generating voltage on a stator of the motor to obtain a stator current, further generating a further voltage on the rotor to obtain a rotor current, before the generating and the further generating, the entities being processed to calculate references for the stator current and for the rotor current, the references corresponding to the generation by the motor of the maximum torque obtainable per ampere of stator current supplied.

Method for controlling a wound rotor synchronous motor

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Bologna, Italy

Claudio Rossi