Kalman-Filter-Based Indicator for Online Interturn Short Circuits Detection in Permanent-Magnet Synchronous Generators

Global Identification of Electrical and Mechanical Parameters in PMSM Drive Based on Dynamic Self-Learning PSO

“…coefficient adjustment in a PMSM system [4]- [12].It is known that electrical parameters, such as winding resistance, dq-axis inductances, and rotor PM flux linkage usually need to be known for the current loop controller design and system behavior evaluation. A high-performance controller is highly dependent on the accurate knowledge of electromagnetic parameters [6].…”

“…For example, the value of rotor PM flux linkage in PMSM drives is needed for torque control during a normal operation [9], the winding resistance and dq-axis inductances are essential for the design of current loop controllers [10].In addition, any change of electrical parameters is also considered as an indicator for the change of system operation status. For example, the inter-turn short circuit can result in an abrupt change in dq-axis inductance and winding resistance [4], the demagnetization can result in a sudden decrease in the amplitude of PM flux linkage [7]. At the same time, the mechanical parameters such as moment of inertia and viscous friction coefficients are critical to the design of dynamic performance speed-loop controllers [11].…”

Modelling of Adıgüzel Hydroelectric Power Plants for Short Circuit Analysis in the Transmission Network

“…In their study, Aubert and his colleagues made their model based on permanent-magnet synchronous generator (PMSGs) built as dq model by creating short circuit values associated with the breakdown and estimated the EKF algorithm (Kalman filtering) on the basis of prediction. Additionally, they made a comparison of the results with their experimental work by gradually short circuiting the stator winding [11]. Hu Jiawu of China carried out his experiment in a gigantic hydroelectric power plant and came up with a detailed analysis of symmetric components method for the short circuit failure and the cause of the malfunction in the hydro-generator terminal [12].…”

Modern Diagnostics Techniques for Electrical Machines, Power Electronics, and Drives

“…The third section includes 22 three papers on diagnostic techniques not specifically aimed at 23 a particular type of machine. The fourth section includes three 24 papers devoted to diagnostics of rotor faults, two dedicated to 25 stator insulation issues, and four papers dealing with mechan- 26 ical faults diagnosis in IMs.…”

“…424 This way, the extraction of the whole rotor can be avoided, thus 425 substantially reducing repair costs. The work presented in [22], as in the previous paper, deals 444 with interturn short-circuit detection in PMSMs. In [25], the detection of incipient faults in coupling inductors 505 used in three-phase adjustable-speed drives with direct power 506 control-based active front-end rectifiers is considered.…”