Transformerless three phase npc inverter with reduced switches

L. Zhou and M. Preindl

Bidirectional transformerless ev charging system via reconfiguration of 4x4 drivetrain

L. Zhou and M. Preindl

Bidirectional transformerless ev charging system with low device cost and leakage current

L. Zhou and M. Preindl

Optimization-based position estimation of pm synchronous machine motor drives with magnetic saturation

X.Yong and M. Preindl

Active-flux-based motion-sensorless control of pmsm using moving horizon estimator,

F. Toso, P. G. Carlet, M. Preindl, and S. Bolognani

State-of-charge estimation of li-ion batteries using deep neural networks: A machine learning approach

E. Chemali, P. Kollmeyer, M. Preindl, and A. Emadi

Design and Implementation of a Dual Cell Link for Battery-Balancing Auxiliary Power Modules

Weizhong Wang and Matthias Preindl

IPMSM sensorless control with accounting for risk of the voltage error and cross-coupling magnetic saturation in 48v hybrid system

L. Sun, S. Nalakath, H. B. Polli, D. Luedtke, and M. Preindl

Optimization-based position sensorless for induction machines

A. D. Callegaro, L. N. Srivatchan, D. Luedtke, and M. Preindl

A current observer to reduce the sensor count in three-phase pm synchronous machine drives

M. Eull, M. Mohamadian, D. Luedtke, and M. Preindl

Bus Bar Design for High-Power Inverters

A. Dorneles Callegaro et al.

Modeling and Control of a Dual Cell Link for Battery-Balancing Auxiliary Power Modules

Weizhong Wang and Matthias Preindl

Optimization-based Position Sensorless Finite Control Set Model Predictive Control for IPMSMs

Nalakath, S.; Sun, Y.; Preindl, M. & Emadi, A.

Long Short-Term Memory-Networks for Accurate State of Charge Estimation of Li-ion Batteries

Chemali, E.; Kollmeyer, P.; Preindl, M.; Ahmed, R. & Emadi, A.


Bidirectional three-level DC-DC converters: Sum-difference modeling and control

M. Eull and M. Preindl

A stochastic optimization technique for discrete DC capacitor bank design

M. Eull, M. Preindl and A. Emadi

Thermal management of electric machines

Yinye Yang, Berker Bilgin, Michael Kasprzak, Shamsuddeen Nalakath, Hossam Sadek, Matthias Preindl, James Cotton, Nigel Schofield and Ali Emadi

MTPA Fitting and Torque Estimation Technique Based on a New Flux-Linkage Model for Interior Permanent Magnet Synchronous Machines

Y. Miao, H. Ge, M. Preindl, J. Ye, B. Cheng and A. Emadi

Online Multi-Parameter Estimation of IPM Motor Drives with Finite Control Set Model Predictive Control

Shamsuddeen Nalakath,Matthias Preindl and Ali Emad

Turn-off Energy Minimization for Soft-Switching Power Converters with Wide Bandgap Devices

Bharat Agrawal and Matthias Preindl and Ali Emadi

Estimating Switching Losses for SiC MOSFETs with Non-Flat Miller Plateau Region

B. Agrawal, M. Preindl, B. Bilgin and A. Emadi

Optimal generalized overmodulation for multiphase PMSM drives

P. Young and M. Preindl

Smallest control invariant set and error boundaries of FCS-MPC for PMSM

X. Yong and M. Preindl

A Battery Balancing Auxiliary Power Module with Predictive Control for Electrified Transportation

M. Preindl

Fast Model Predictive Control for Redistributive Lithium-Ion Battery Balancing

L. McCurlie, M. Preindl and A. Emadi


Low speed position estimation scheme for model predictive control with finite control set

S. Nalakath, M. Preindl, N. M. Babak and A. Emadi

SVM strategies for multiphase voltage source inverters

Z. Nie, M. Preindl and N. Schofield

Unified Wide-Speed Sensorless Scheme Using Nonlinear Optimization for IPMSM Drives

Y. Sun, M. Preindl, S. Sirouspour and A. Emadi

Electrochemical and Electrostatic Energy Storage and Management Systems for Electric Drive Vehicles: State-of-the-Art Review and Future Trends

E. Chemali, M. Preindl, P. Malysz and A. Emadi

MTPA fitting and torque estimation technique based on a new flux-linkage model for interior permanent magnet synchronous machines

Yu Miao, M. Preindl, H. Ge, B. Cheng and A. Emadi

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Columbia Affiliations
Columbia University in the City of New York Department of Electrical Engineering
Motor Drives and Power Electronics Laboratory (MPLab)