Browsing by Advisor
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Adaptive backstepping based nonlinear control of an interior permanent magnet synchronous motor drive
(2005)Permanent magnet synchronous machines (PMSM) have shown increasing popularity in recent years for industrial drive applications due to the recent developments in magnetic materials, power converters, and digital signal ... -
Adaptive backstepping based online loss minimization control of an induction motor drive / by San Woo Nam.
(2006)The efficiency of an induction motor (IM) can be improved by the optimum selection of a flux level in the motor. Among the numerous loss minimization algorithms (LMA), a loss-model-based approach offers a fast response ... -
Adaptive control of a parallel robot via backstepping technique
(2006)Parallel robots have attracted more and more attention in recent years due to their kinematical and mechanical advantages. However the complicated high nonlinear model with unknown parameters and singularities make the ... -
Application of artificial intelligence in fault detection and classification of solar power plants and prediction of power generation of combined cycled power plants
(2022)Solar energy is one of the most dependable renewable energy technologies, as it is feasible almost everywhere globally and is environmentally friendly. Photovoltaic-based renewable energy systems are highly susceptible ... -
Control of doubly fed induction generator based wind energy conversion system
(2014-01-22)The doubly fed induction generator (DFIG) is widely used in today’s wind energy conversion industry. The DFIG is essentially a wound rotor induction generator in which the rotor circuit can be controlled by external devices ... -
Development and analysis of a self-tuned neuro-fuzzy controller for induction motor drives
(2005)Induction motors (IM) have been widely utilized in industry for variable speed drives due to some of their advantages, such as rugged construction, low cost and reliable service with easy maintenance, as compared to ... -
Development and implementation of high performance and high efficiency interior permanent magnet synchronous motor drive
(2014-01-22)As the motor consumes more than 50% of total electrical energy produced in the world, the efficiency optimization of the motor is a burning issue in terms of saving energy and the environment. In modern days researchers ... -
Development and implementation of various speed controllers for wide speed range operation of IPMSM drive / by Md Muminul Islam Chy.
(2007)Despite many advantageous features of interior permanent magnet synchronous motor (IPMSM), the precise speed control of an IPMSM drive becomes a complex issue due to nonlinear coupling among its winding currents and the ... -
Efficiency optimal control of interior permanent magnet synchronous motor / by Fasil Abera.
(2009)There has been a growing concern over energy consumption since the past decade mainly because of the soaring cost of energy and tight environmental laws and regulations. In this thesis a model based efficiency optimization ... -
Fuzzy logic based efficiency optimization of IPM synchronous motor drive
(2012-11-10)Interior permanent magnet synchronous motor (IPMSM) is highly appreciated by researchers in variable speed drive applications due to some of its advantageous features such as small size, high power density, simple ... -
Fuzzy logic based online adaptation of current and speed controllers for improved performance of IPMSM drive
(2013-02-12)Precise torque and speed control of electric motors is a key issue in industries for variable speed drives (VSD). Over the years the induction motors have been widely utilized in industries for VSD applications. However, ... -
Intelligent and cost-effective protection schemes for improved reliability of large-scale wind farms
(2021)Recently, wind power has become a reliable and cost-effective renewable energy source of electricity due to the foreseeable exhaustion of fossil fuel-based power generations and its growing adverse effects on the environment ... -
Nonlinear adaptive control for robust wide speed range operation of IPMSM drives
(2015)Various applications, including robotics, spindle drives, machine tools, etc. rely on accurate, reliable controllers to deliver the required drive performance. With recent advances in magnetic materials and semiconductor ... -
A Novel DTFC Based Efficiency and Dynamic Performance Improvement of IPMSM Drive
(2016)With the advancements in magnetic materials and semiconductor technology, permanent magnet synchronous motor (PMSM) is becoming more and more popular in high power industrial applications due to its high energy density, ... -
Online loss minimization based direct torque and flux control of IPMSM drive
(2015-10-21)With the advent of high energy rare earth magnetic material such as, third generation neodymium-iron-boron (NdFeB), permanent magnet synchronous motor (PMSM) is becoming more and more popular in high power industrial ... -
Particle swarm optimization based adaptive neuro-fuzzy interference system for MPPT control of a three phase grid connected photovoltaic system
(2019)There is a significant demand for renewable energy systems to ensure sustainable and environmentally friendly living. Shifting from the use of fossil fuels to renewable energy sources will decrease both the reliance on ... -
Self tuned NFC and adaptive hysteresis based DTC scheme for IM drive
(2011)The concept of field oriented control scheme brought the revolutionary change in industrial drives. Due to the high initial and running costs of the DC machines, the trend shifted from DC to AC motor drives to obtain high ... -
Self-tuned neuro-fuzzy controller based induction motor drive / by Zhi Rui Huang.
(2007)Among various ac motors, induction motor (IM) occupies almost 90% of the industrial drives due to its simple, robust construction and generally satisfactory efficiency as compared to dc motor. However, the control of IM ... -
Speed sensorless and MPPT control of IPM synchronous generator for wind energy conversion system
(2014-01-22)The popularity of renewable energy has experienced significant growth recently due to the foreseeable exhaustion of conventional fossil fuel power generation methods and increasing realization of the adverse effects that ...
