Projects

Find next the most recent research projects that the the team leads or in which the team participates. Click on each project for a detailed description:

• EXTENSION OF INTELLIGENT SENSORS TO THE DIAGNOSIS IN ELECTRIC MOTOR DRIVES, COUPLINGS AND LOADS, THROUGH THE ADVANCED ANALYSIS OF ELECTRICAL SIGNALS (DRIMOT)

• INTELLIGENT SMART SENSORS BASED ON THE ADVANCED ANALYSIS OF CURRENTS AND STRAY FLUXES FOR THE RELIABLE CONDITION MONITORING OF ELECTRIC MOTORS (SMARTMOT)

• NETWORK OF EXCELLENCE IN DIGITAL TECHNOLOGIES AND AI SOLUTIONS FOR ELECTROMECHANICAL AND POWER SYSTEMS APPLICATIONS (DITARTIS)

• DEVELOPMENT OF INTELLIGENT TECHNIQUES BASED ON COMBINED ANALYSIS OF CURRENTS AND STRAY-FLUXES FOR THE DIAGNOSIS OF NEW FAULT TYPOLOGIES AND OPERATING CONDITIONS IN INDUCTION MOTORS (MOTOINDU)

• ADVANCED TECHNOLOGIES BASED ON THE ANALYSIS OF THE STRAY FLUX UNDER TRANSIENT REGIME FOR THE EARLY DIAGNOSIS OF ELECTROMECHANICAL FAULTS IN ELECTRIC MOTORS  (DIAGFLU)  

• ADVANCED TECHNIQUES FOR THE RELIABLE MONITORIZATION OF THE INSULATION CONDITION IN INDUSTRIAL ELECTRIC MOTORS AND GENERATORS (INSUMOT)

• INTELLIGENT ELECTRIC MOTORS AUTODIAGNOSTIC SYTEM BASED ON THE INTEGRATED ANALYSIS OF ELECTRICAL QUANTITIES (SISTINMOT)

• COMBINATION OF NON-INVASIVE CONDITION MONITORING TECHNIQUES FOR THE DEVELOPMENT OF INTELLIGENT ELECTRIC MOTORS  (MOTORTECH) 

• DEVELOPMENT OF INDUCTION MOTORS AUTOMATIC FAULT DIAGNOSTIC TECHNIQUES BASED ON INFRARED THERMOGRAPHY (INFRAMOT)