2018 – 2019 B.TECH POWER SYSTEMS IEEE TITLES
| S.NO | TITLE | DOMAIN | Download | |
| DST TO C 01. | A General PLL Type Algorithm For Speed Sensor Less | DRIVES | ||
| Control Of Electrical Drives | ||||
| DST TO C 02. | Torque Ripple Reduction And Fast Torque Response | DRIVES | ||
| Strategy For Predictive Torque Control Of Induction | ||||
| Motors | ||||
| DST TO C 03. | A Low Cost Single-Phase To | Three-Phase Power | DRIVES | |
| Converter For Low-Power Motor Drive Applications | ||||
| DST TO C 04. | A New Adaptive SMO For Speed Estimation Of Sensor | DRIVES | ||
| Less Induction Motor Drives At Zero And Very Low | ||||
| Frequencies | ||||
| DST TO C 05. | A Power Decoupling Control | Method For | DRIVES | |
| The Regenerative Cascaded-H-Bridge-Based Motor | ||||
| Drive | ||||
| DST TO C 06. | An Improved Indirect Field Oriented Control Scheme | DRIVES | ||
| For Linear Induction Motor Traction Drives | ||||
| DST TO C 07. | Applications Of Boost Converter To Increase The | DRIVES | ||
| Speed Range Of Dual Stator Winding Induction | ||||
| Generator In Wind Power Systems | ||||
| DST TO C 08. | Carrier Based Power Balancing In Three-Level Open- | DRIVES | ||
| End Drive For Electric Vehicles | ||||
| DST TO C 09. | Carrier Based PWM Methods For CMV Elimination In | DRIVES | ||
| Open-End Winding Induction Motor Drive | ||||
| DST TO C 010. | High Voltage Gain Interleaved Boost Converter With | DRIVES | ||
| Neural Network Based MPPT Controller For Fuel Cell | ||||
| Based Electric Vehicle Applications | ||||
| DST TO C 011. | High-Frequency Current Injection-Based Online Fault | DRIVES | |
| Diagnosis For Power Converter In SRM Drives | |||
| DST TO C 012. | Inductor Current Feedback Active Damping Method | DRIVES | |
| For Reduced DC Link Capacitance IPMSM Drives | |||
| DST TO C 013. | Sensor Less PMSM Drive Based On Stator Feed | DRIVES | |
| Forward Voltage Estimation Improved With MRAS | |||
| Multi- Parameter Estimation | |||
| DST TO C 014. | Power Perturbation Based MTPA With An Online | DRIVES | |
| Tuning Speed Controller For An IPMSM Drive System | |||
| DST TO C 015. | Power Smoothing Control For The PMSG WECS Based | DRIVES | |
| On The Kinetic Energy | |||
| DST TO C 016. | Primary Frequency Control Using Hierarchal Fuzzy | DRIVES | |
| Logic For A Wind Farm Based On SCIG Connected To | |||
| Electrical Network | |||
| DST TO C 017. | Stability Analysis And Improvement Of V/Hz | DRIVES | |
| Controlled Adjustable Speed Drives Equipped With | |||
| Small DC-Link Thin Film Capacitors | |||
| DST TO C 018. | Standalone Photovoltaic Water Pumping System | DRIVES | |
| Using Induction Motor Drive With Reduced Sensors | |||
| DST TO C 019. | An Improved Rotor Flux Space Vector Based MRAS | DRIVES | |
| For Field-Oriented Control Of Induction Motor Drives | |||
| DST TO C 020. | Regenerative Braking Of Electric Vehicle Using A | DRIVES | |
| Modified Direct Torque Control And Adaptive Control | |||
| Theory | |||
| DST TO C 021. | Combined Control Method For Grid-Side Converter Of | DRIVES | |
| Doubly Fed Induction Generator Based Wind Energy | |||
| Conversion Systems | |||
| DST TO C 022. | A General Decentralized Control Scheme | POWER QUALITY | |
| Medium/High Voltage Cascaded STATCOM | |||
| DST TO C 023. | A Multiple Improved Notch Filter Based Control For | POWER QUALITY | |
| Single Stage PV System Tied To Weak Grid | |||
| DST TO C 024. | A Novel DVR ESS Embedded Wind Energy Conversion | POWER QUALITY | |
| System | |||
| DST TO C 025. | A Proposal For A Wind System Equipped With A | POWER QUALITY | |
| Doubly Fed Induction | |||
| Generator Using The Conservative Power Theory For | |||
| Active Filtering Of Harmonics Currents | |||
| DST TO C 026. | Active And Reactive Power Control Of Single Phase | POWER QUALITY | |
| Transformer Less Grid Connected Inverter For | |||
| Distributed Generation System | |||
| DST TO C 027. | Alternative Breed Of Three-Phase Four-Wire Shunt | POWER QUALITY | |
| Compensators Based On Cascaded Transformer With | |||
| Single Dc-Link | |||
| DST TO C 028. | An Effective Voltage Controller For Quasi-Z-Source | POWER QUALITY | |
| Inverter-Based STATCOM With Constant DC-Link | |||
| Voltage | |||
| DST TO C 029. | Analysis, Control And Design Of Hybrid Grid- | POWER QUALITY | |
| Connected Inverter For Renewable Energy Generation | |||
| With Power Quality Conditioning | |||
| DST TO C 030. | Asymmetrical Reactive Power Capability Of Modular | POWER QUALITY | |
| Multilevel Cascade Converter (MMCC) Based Statcoms | |||
| For Offshore Wind Farm | |||
| DST TO C 031. | Cluster Voltage Regulation Strategy To Eliminate | POWER QUALITY | |
| Negative Sequence Currents Under Unbalanced Grid | |||
| For Star-Connected Cascaded H-Bridge STATCOM | |||
| DST TO C 032. | Design And Implementation Of Sensor Less Voltage | POWER QUALITY | |
| Control Of Front-End Rectifier For Power Quality | |||
| Improvement In Telecom System | |||
| DST TO C 033. | Distributed Voltage And Frequency Synchronization | POWER QUALITY | |
| Control Scheme For Islanded Inverter-Based | |||
| Microgrid |
| DST TO C 034. | Dual P-Q Theory Based Energy Optimized Dynamic | POWER QUALITY | ||||
| Voltage Restorer For Power Quality Improvement In | ||||||
| Distribution System | ||||||
| DST TO C 035. | Enhanced | Instantaneous | Power | Theory | POWER QUALITY | |
| Decomposition For Power Quality Smart Converter | ||||||
| Applications | ||||||
| DST TO C 036. | Enhancement Of Solar Farm Connectivity With Smart | POWER QUALITY | ||||
| PV Inverter PV-STATCOM | ||||||
| DST TO C 037. | Enhancing Power Quality In Microgrids With | POWER QUALITY | ||||
| A New Online Control Strategy For | ||||||
| DSTATCOM Using Reinforcement Learning | ||||||
| Algorithm | ||||||
| DST TO C 038. | GI Based Control Scheme For Single Stage Grid | POWER QUALITY | ||||
| Interfaced SECS For Power Quality Improvement | ||||||
| DST TO C 039. | Grid Synchronization Of A PV System With Power | POWER QUALITY | ||||
| Quality Disturbances Using Unscented Kalman | ||||||
| Filtering | ||||||
| DST TO C 040. | Grid-Connected Symmetrical Cascaded Multilevel | POWER QUALITY | ||||
| Converter For Power Quality Improvement | ||||||
| DST TO C 041. | Harmonics And Reactive Current Detection Of A Grid | POWER QUALITY | ||||
| Interfaced PV Generation In Distribution System | ||||||
| DST TO C 042. | Implementation Of Immune Feedback Control | POWER QUALITY | ||||
| Algorithm For Distribution Static Compensator | ||||||
| DST TO C 043. | Implementation Of Recurrent Neurocontrol Algorithm | POWER QUALITY | ||||
| For Two Stage Solar Energy Conversion System | ||||||
| DST TO C 044. | Implementation Of Solar Photovoltaic System | POWER QUALITY | ||||
| With Universal Active Filtering Capability | ||||||
| DST TO C 045. | Improved Lyapunov Function Based Control | POWER QUALITY | ||||
| Approach For Single-Stage Inverter Grid Interfacing | ||||||
| Solar Photovoltaic System | ||||||
| DST TO C 046. | Model Reference Adaptive Control Of STATCOM For | POWER QUALITY | ||||
| Grid Integration Of Wind Energy Systems | ||||||
| DST TO C 047. | Multi – | Functional Hybrid | Stricture Of | SVC And | POWER QUALITY | |||||
| Capacitive Grid Connected Inverter(SVC//CGCI) For | ||||||||||
| Active Power | Injection | And | Non | – | Active | |||||
| Power Compensation | ||||||||||
| DST TO C 048. | Multi-Objective Dynamic Voltage Restorer With | POWER QUALITY | ||||||||
| Modified EPLL Control And Optimized | ||||||||||
| PI Controller Gains | ||||||||||
| DST TO C 049. | Optimal Design And Control Implementation Of UPQC | POWER QUALITY | ||||||||
| Based On Variable Phase Angle Control Method | ||||||||||
| DST TO C 050. | Performance Evaluation Of A MW-Class SMES-BES | POWER QUALITY | ||||||||
| DVR System For Mitigation Of Voltage Quality | ||||||||||
| Disturbances | ||||||||||
| DST TO C 051. | Performance Improvement Of Grid Integrated Solar | POWER QUALITY | ||||||||
| PV System Using DNLMS Control Algorithm | ||||||||||
| DST TO C 052. | Power Quality Improvement And PV Power Injection | POWER QUALITY | ||||||||
| By DSTATCOM With Variable DC Link Voltage Control | ||||||||||
| From RSC-MLC | ||||||||||
| DST TO C 053. | Power Quality Improvement In Utility Interactive | POWER QUALITY | ||||||||
| Based AC-DC Converter Using Harmonic Current | ||||||||||
| Injection Technique | ||||||||||
| DST TO C 054. | Power Quality Improvement Using Vllms Based | POWER QUALITY | ||||||||
| Adaptive Shunt Active Filter | ||||||||||
| DST TO C 055. | PV-STATCOM: A New Smart Inverter For Voltage | POWER QUALITY | ||||||||
| Control In Distribution Systems | ||||||||||
| DST TO C 056. | Selective Harmonic Elimination Technique With | POWER QUALITY | ||||||||
| Control | Of Capacitive | DC-Link | Voltages | In | ||||||
| An | ||||||||||
| Asymmetric | Cascaded | H-Bridge | Inverter | |||||||
| For STATCOM Application | ||||||||||
| DST TO C 057. | GI Based Control Scheme For Single Stage Grid | POWER QUALITY | ||||||||
| Interfaced SECS For Power Quality Improvement | ||||||||||
| DST TO C 058. | Control And Energy Management Of A Large Scale | POWER QUALITY | |
| Grid- Connected PV System For Power Quality | |||
| Improvement | |||
| DST TO C 059. | Improving Network Voltage Unbalance Levels By | POWER QUALITY | |
| Controlling DFIG Wind Turbine Using A Dynamic | |||
| Voltage Restorer | |||
| DST TO C 060. | A Multiple Improved Notch Filter Based Control For | SOLAR POWER | |
| Single Stage PV System Tied To Weak Grid | GENERATION | ||
| DST TO C 061. | A Novel Maximum Power Point Tracking | SOLAR POWER | |
| Technique Based On Fuzzy Logic For Photovoltaic | GENERATION | ||
| Systems | |||
| DST TO C 062. | A Review On Active & Reactive Power Control | SOLAR POWER | |
| Strategy For A Standalone Hybrid Renewable Energy | GENERATION | ||
| System Based On Droop Control | |||
| DST TO C 063. | An Improved Adaptive P&O Technique For Two Stage | SOLAR POWER | |
| Grid Interfaced SPVECS | GENERATION | ||
| DST TO C 064. | An Improved H5 Topology With Low Common- Mode | SOLAR POWER | |
| Current For Transformer Less PV Grid- Connected | GENERATION | ||
| Inverter | |||
| DST TO C 065. | Analysis Of The Characteristics Of Solar Cell Array | SOLAR POWER | |
| Based On MATLAB / Simulink In Solar Unmanned | GENERATION | ||
| Aerial Vehicle | |||
| DST TO C 066. | Analysis, Control And Design Of Hybrid Grid- | SOLAR POWER | |
| Connected Inverter For Renewable Energy Generation | GENERATION | ||
| With Power Quality Conditioning | |||
| DST TO C 067. | ANFIS Based Add-On Controller For Unbalance | SOLAR POWER | |
| Voltage Compensation In Low Voltage Microgrid | GENERATION | ||
| DST TO C 068. | Bidirectional Partial Power Converter Interface | SOLAR POWER | |
| For Energy Storage Systems To Provide Peak | GENERATION | ||
| Shaving In Grid-Tied PV Plants | |||
| DST TO C 069. | Control, Implementation, And Analysis Of A Dual Two- | SOLAR POWER | |
| Level Photovoltaic Inverter Based On Modified | GENERATION | ||
| Proportional–Resonant Controller | |||
| DST TO C 070. | Decentralized Coordination Power Control | SOLAR POWER | |
| For Islanding Microgrid Based On | GENERATION | ||
| PV/BES-VSG | |||
| DST TO C 071. | Design And Control Of Micro-Grid Fed By Renewable | SOLAR POWER | |
| Energy Generating Sources | GENERATION | ||
| DST TO C 072. | Discrete Noise-Eliminating Second Order Generalized | SOLAR POWER | |
| Integrator Based Control Strategy Applied To Grid- | GENERATION | ||
| Integrated Solar Pv Synchronization Converter | |||
| DST TO C 073. | Dynamic Power Decoupling Strategy For Three- Phase | SOLAR POWER | |
| PV Power Systems Under Unbalanced Grid Voltages | GENERATION | ||
| DST TO C 074. | Dynamic Power Management System Employing | SOLAR POWER | |
| Single Stage Power Converter For Standalone Solar PV | GENERATION | ||
| Applications | |||
| DST TO C 075. | Enhancement Of Solar Farm Connectivity With Smart | SOLAR POWER | |
| PV Inverter PV-STATCOM | GENERATION | ||
| DST TO C 076. | Grid Synchronization Of A PV System With Power | SOLAR POWER | |
| Quality Disturbances Using Unscented Kalman | GENERATION | ||
| Filtering | |||
| DST TO C 077. | Harmonics And Reactive Current Detection Of A Grid | SOLAR POWER | |
| Interfaced PV Generation In Distribution System | GENERATION | ||
| DST TO C 078. | High Voltage Gain Interleaved Boost Converter With | SOLAR POWER | |
| Neural Network Based MPPT Controller For Fuel Cell | GENERATION | ||
| Based Electric Vehicle Applications | |||
| DST TO C 079. | Implementation Of Recurrent Neurocontrol Algorithm | SOLAR POWER | |
| For Two Stage Solar Energy Conversion System | GENERATION | ||
| DST TO C 080. | Implementation Of Solar Photovoltaic System With | SOLAR POWER | |
| Universal Active Filtering Capability | GENERATION | ||
| DST TO C 081. | Improved Lyapunov Function Based Control | SOLAR POWER | |
| Approach For Single-Stage Inverter Grid Interfacing | GENERATION | ||
| Solar Photovoltaic System | |||
| DST TO C 082. | Investigation On The Performance Of PV-UPQC | SOLAR POWER | |
| Under Distorted Current And Voltage Conditions | GENERATION | ||
| DST TO C 083. | Isolated Bidirectional Battery Converter Control For | SOLAR POWER | |
| Standalone Solar Pv Applications | GENERATION | ||
| DST TO C 084. | Maximum Power Point Tracking For Photovoltaic | SOLAR POWER | |
| Solar Pump Based On ANFIS Tuning Systems | GENERATION | ||
| DST TO C 085. | Modeling And Control Of Photovoltaic And Fuel Cell | SOLAR POWER | |
| Based Alternative Power Systems | GENERATION | ||
| DST TO C 086. | Optimal Control Design Of A Voltage Controller | SOLAR POWER | |
| For Stand-Alone And Grid-Connected PV | GENERATION | ||
| Converter | |||
| DST TO C 087. | Performance Improvement Of Grid Integrated | SOLAR POWER | |
| Solar PV System Using DNLMS Control Algorithm | GENERATION | ||
| DST TO C 088. | Power Quality Improvement And PV Power Injection | SOLAR POWER | |
| By DSTATCOM With Variable DC Link Voltage Control | GENERATION | ||
| From RSC-MLC | |||
| DST TO C 089. | PV-Battery Based Single Phase Micro Grid With Grid | SOLAR POWER | |
| Synchronization And De-Synchronization | GENERATION | ||
| Capabilities | |||
| DST TO C 090. | PV-STATCOM: A New Smart Inverter For Voltage | SOLAR POWER | |
| Control In Distribution Systems | GENERATION | ||
| DST TO C 091. | A New Architecture Of INC-Fuzzy Hybrid Method | SOLAR POWER | |
| For Tracking Maximum | GENERATION | ||
| Power Point In PV Cells | |||
| DST TO C 092. | GI Based Control Scheme For Single Stage Grid | SOLAR POWER | |
| Interfaced SECS For Power Quality Improvement | GENERATION | ||
| DST TO C 093. | Normal Harmonic Search Algorithm Based MPPT For | SOLAR POWER | |
| Solar PV System And Integrated With Grid Using | GENERATION | ||
| Reduced Sensor Approach And PNKLMS Algorithm | |||
| DST TO C 094. | Control And Energy Management Of A Large Scale | SOLAR POWER | |
| Grid- Connected PV System For Power Quality | GENERATION | ||
| Improvement | |||
| DST TO C 095. | Experimental Implementation Of An APC With | SOLAR POWER | |
| Enhanced MPPT For Standalone Solar Photovoltaic | GENERATION | ||
| Based Water Pumping Station | |||
| DST TO C 096. | Design And Performance Analysis Of Generalised | SOLAR POWER | |
| Integrator-Based Controller For Grid Connected | GENERATION | ||
| PV | |||
| System | |||
| DST TO C 097. | Implementation Of Improved Perturb & Observe | SOLAR POWER | |
| MPPT Technique With Confined Search Space For | GENERATION | ||
| Standalone Photovoltaic System | |||
| DST TO C 098. | New RBFN Based MPPT Controller For Grid- | SOLAR POWER | |
| Connected PEMFC System With High Step-Up Three- | GENERATION | ||
| Phase IBC | |||
| DST TO C 099. | MPPT Enabled SPWM Based Bipolar VSI Design In | SOLAR POWER | |
| Photovoltaic Applications | GENERATION | ||
| DST TO C 0100. | A New Dual-Mode Maximum Power Point Tracking | SOLAR POWER | |
| Algorithm Based On The Perturb And Observe | GENERATION | ||
| Algorithm Used On Solar Energy System | |||
| DST TO C 101. | Optimal Parameter Design Of Fractional Order | SOLAR POWER | |
| Control Based INC-MPPT For PV System | GENERATION | ||
| DST TO C 102. | Grid Interfaced Solar Photovoltaic System Using ZA- | SOLAR POWER | |
| LMS Based Control Algorithm | GENERATION | ||
| DST TO C 103. | A New Topology With The Repetitive Controller Of A | SOLAR POWER | |
| Reduced Switch Seven Level Cascaded Inverter For A | GENERATION | ||
| Solar PV-Battery Based Microgrid | |||
| DST TO C 104. | A Novel DVR-ESS-Embedded Wind-Energy | WIND POWER | ||||
| Conversion System | GENERATION | |||||
| DST TO C 105. | A Proposal For A Wind System Equipped With A | WIND POWER | ||||
| Doubly Fed Induction Generator Using The | GENERATION | |||||
| Conservative Power Theory For Active Filtering Of | ||||||
| Harmonics Currents | ||||||
| DST TO C 106. | A Review On Active & Reactive Power Control | WIND POWER | ||||
| Strategy For A Standalone Hybrid Renewable Energy | GENERATION | |||||
| System Based On Droop Control | ||||||
| DST TO C 107. | ANFIS Based Add-On Controller For Unbalance | WIND POWER | ||||
| Voltage Compensation In Low Voltage Micro Grid | GENERATION | |||||
| DST TO C 108. | Applications Of Boost Converter To Increase The | WIND POWER | ||||
| Speed Range Of Dual Stator Winding Induction | GENERATION | |||||
| Generator In Wind Power Systems | ||||||
| DST TO C 109. | Asymmetrical Reactive Power Capability Of Modular | WIND POWER | ||||
| Multilevel Cascade Converter (MMCC) Based Statcoms | GENERATION | |||||
| For Offshore Wind Farm | ||||||
| DST TO C 110. | Design And Control Of Micro-Grid Fed By Renewable | WIND POWER | ||||
| Energy Generating Sources | GENERATION | |||||
| DST TO C 111. | Detailed | Investigation | And | Performance | WIND POWER | |
| Improvement Of The Dynamic Behavior Of Grid- | GENERATION | |||||
| Connected DFIG Based Wind Turbines Under LVRT | ||||||
| Conditions | ||||||
| DST TO C 112. | Model Reference Adaptive Control Of STATCOM For | WIND POWER | ||||
| Grid Integration Of Wind Energy Systems | GENERATION | |||||
| DST TO C 113. | Primary Frequency Control Using Hierarchal Fuzzy | WIND POWER | ||||
| Logic For A Wind Farm Based On SCIG Connected To | GENERATION | |||||
| Electrical Network | ||||||
| DST TO C 114. | Reconfigurable Control For Fault-Tolerant Of Parallel | WIND POWER | ||||
| Converters In PMSG Wind Energy Conversion System | GENERATION | |||||
| DST TO C 115. | Stability And Power Quality Enhancement Strategy | WIND POWER | |
| For DFIG System Connected To Harmonic Grid With | GENERATION | ||
| Parallel Compensation | |||
| DST TO C 116. | Synchronization And Reactive Current Support Of | WIND POWER | |
| PMSG Based Wind Farm During Severe Grid Fault | GENERATION | ||
| DST TO C 117. | Low Voltage Ride Through Capability Improvement | WIND POWER | |
| Methods For DFIG Based Wind Farm | GENERATION | ||
| DST TO C 118. | Fault Ride-Through Enhancement In DFIG With | WIND POWER | |
| Control Of Stator Flux Using Minimised Series Voltage | GENERATION | ||
| Compensator | |||
| DST TO C 119. | Enhancement Of DFIG Performance At High Wind | WIND POWER | |
| Speed Using Fractional Order PI Controller In Pitch | GENERATION | ||
| Compensation Loop | |||
| DST TO C 120. | Combined Control Method For Grid-Side Converter Of | WIND POWER | |
| Doubly Fed Induction Generator Based Wind Energy | GENERATION | ||
| Conversion Systems | |||
| DST TO C 121. | Improving Network Voltage Unbalance Levels | WIND POWER | |
| By Controlling DFIG Wind Turbine Using A | GENERATION | ||
| Dynamic Voltage Restorer | |||
| DST TO C 122. | A Comprehensive Strategy For Power Quality | MICROGRIDS | |
| Improvement Of Multi-Inverter-Based Micro Grid | |||
| With Mixed Loads | |||
| DST TO C 123. | A Reliable Micro-Grid With Seamless Transition | MICROGRIDS | |
| Between Grid Connected And Islanded Mode For | |||
| Residential Community With Enhanced Power Quality | |||
| DST TO C 124. | ANFIS Based Add-On Controller For Unbalance | MICROGRIDS | |
| Voltage Compensation In Low Voltage Microgrid | |||
| DST TO C 125. | Coordination Of SMES, SFCL And Distributed | MICROGRIDS | ||||
| Generation Units For Micro-Grid Stability | ||||||
| Enhancement Via Wireless Communications | ||||||
| DST TO C 126. | Decentralized | Coordination | Power | Control | MICROGRIDS | |
| PV/BES-VSG | For Islanding Microgrid Based On | |||||
| DST TO C 127. | Decentralized | Coordination | Power | Control | MICROGRIDS | |
| PV/BES-VSG | For Islanding Microgrid Based On | |||||
| DST TO C 128. | Decentralized | Coordination | Power | Control | MICROGRIDS | |
| PV/BES-VSG | For Islanding Microgrid Based On | |||||
| DST TO C 129. | Fuzzy Secondary Controller Based Virtual | MICROGRIDS | ||||
| Synchronous Generator Control Scheme For | ||||||
| Interfacing Inverters Of Renewable Distributed | ||||||
| Generation In Microgrids | ||||||
| DST TO C 130. | Intelligent Power Sharing Of DC Isolated | MICROGRIDS | ||||
| Microgrid Based On Fuzzy Sliding Mode Droop | ||||||
| Control | ||||||
| DST TO C 131. | PV-Battery Based Single Phase Microgrid With Grid | MICROGRIDS | ||||
| Synchronization And De-Synchronization | ||||||
| Capabilities | ||||||
| DST TO C 132. | Switching Performance Optimization For A | MICROGRIDS | ||||
| Hybrid AC/DC Microgrid Using An Improved VSG | ||||||
| Control Strategy | ||||||
| DST TO C 133. | An Improved Grid Current And DC Capacitor Voltage | MICROGRIDS | ||||
| Balancing Method For Three-Terminal Hybrid AC/DC | ||||||
| Microgrid | ||||||
| DST TO C 134. | Distributed Virtual Inertia Control And Stability | MICROGRIDS | ||||
| Analysis Of Dc Microgrid | ||||||
| DST TO C 135. | An Improved Power Control Strategy For Hybrid AC- | MICROGRIDS | ||||
| DC Microgrids | ||||||
| DST TO C 136. | A Review On Active & Reactive Power Control | HYBRID SYSTEMS | |
| Strategy For A Standalone Hybrid Renewable Energy | |||
| System Based On Droop Control | |||
| DST TO C 137. | ANFIS Based Add-On Controller For Unbalance | HYBRID SYSTEMS | |
| Voltage Compensation In Low Voltage Microgrid | |||
| DST TO C 138. | Design And Control Of Micro-Grid Fed By Renewable | HYBRID SYSTEMS | |
| Energy Generating Sources | |||
| DST TO C 139. | A New Topology With The Repetitive Controller Of A | HYBRID SYSTEMS | |
| Reduced Switch Seven Level Cascaded Inverter For A | |||
| Solar PV-Battery Based Microgrid |
2018 – 2019 B.TECH CONTROL SYSTEMS IEEE TITLES
| S.NO | TITLE | DOMAIN | |
| A Multiple Improved Notch Filter Based Control for | CONTROL SYSTEMS | ||
| DST TO C 01 | Single Stage PV System Tied to Weak Grid | ||
| DST TO C 02 | A novel maximum power point tracking technique based | CONTROL SYSTEMS | |
| on fuzzy logic for photovoltaic systems | |||
| DST TO C 03 | An Improved Adaptive P&O Technique for Two Stage | CONTROL SYSTEMS | |
| Grid Interfaced SPVECS | |||
| DST TO C 04 | High Voltage Gain Interleaved Boost Converter with | CONTROL SYSTEMS | |
| Neural Network Based MPPT Controller for Fuel Cell | |||
| Based Electric Vehicle Applications | |||
| DST TO C 05 | Implementation of Recurrent Neurocontrol Algorithm | CONTROL SYSTEMS | |
| for Two Stage Solar Energy Conversion System | |||
| DST TO C 06 | Improved Lyapunov Function based Control Approach | CONTROL SYSTEMS | |
| for Single-stage inverter Grid Interfacing Solar | |||
| Photovoltaic System | |||
| DST TO C 07 | Intelligent Power Sharing of DC Isolated Microgrid Based | CONTROL SYSTEMS | |
| on Fuzzy Sliding Mode Droop Control | |||
| DST TO C 08 | Maximum power point tracking for photovoltaic solar | CONTROL SYSTEMS | |
| pump basedon ANFIS tuning system | |||
| DST TO C 09 | Modeling and control of photovoltaic and fuel cell based | CONTROL SYSTEMS | |
| alternative power systems | |||
| DST TO C 010 | Performance Improvement of Grid Integrated Solar PV | CONTROL SYSTEMS | |
| System using DNLMS Control Algorithm | |||
| DST TO C 011 | Primary frequency control using hierarchal fuzzy logic | CONTROL SYSTEMS | ||
| for a wind farm based on SCIG connected to electrical | ||||
| network | ||||
| DST TO C 012 | Control of fuzzy logic based PV-battery hybrid system | CONTROL SYSTEMS | ||
| forstand-alone DC – applications | ||||
| DST TO C 013 | PV system fuzzy logic MPPT method and PI control as a | CONTROL SYSTEMS | ||
| charge controller | ||||
| DST TO C 014 | Optimal parameter design of fractional order control | CONTROL SYSTEMS | ||
| based INC-MPPT for PV system | ||||
| DST TO C 015 | Backstepping based non-linear control for maximum | CONTROL SYSTEMS | ||
| power point tracking in photovoltaic system | ||||
| DST TO C 016 | A new architecture of INC-fuzzy hybrid method for | CONTROL SYSTEMS | ||
| tracking maximum power point in PV cells | ||||
| DST TO C 017 | GI based Control Scheme for Single Stage Grid Interfaced | CONTROL SYSTEMS | ||
| SECS for Power Quality Improvement | ||||
| DST TO C 018 | Normal Harmonic Search Algorithm Based MPPT for | CONTROL SYSTEMS | ||
| Solar PV System and Integrated with Grid using Reduced | ||||
| Sensor Approach and PNKLMS Algorithm | ||||
| DST TO C 019 | Design and performance analysis of generalized | CONTROL SYSTEMS | ||
| integrator-based controller for grid connected PV | ||||
| system | ||||
| DST TO C 020 | Implementation of improved Perturb & Observe MPPT | CONTROL SYSTEMS | ||
| technique with confined search space for standalone | ||||
| photovoltaic system | ||||
| DST TO C 021 | Optimal parameter design of fractional order control | CONTROL SYSTEMS | ||
| based INC-MPPT for PV system | ||||
| DST TO C 022 | Grid interfaced solar photovoltaic system using ZA-LMS | CONTROL SYSTEMS | ||
| based control algorithm | ||||
| 2018 – 2019 B.TECH POWER ELECTRONICS IEEE TITLES | ||||
| S.NO | TITLE | DOMAIN | |
| DST TO C 01. | A Fast Recovery Technique for Grid-Connected | POWER | |
| Converters After Short Dips Using a Hybrid Structure | CONVERTERS | ||
| PLL | |||
| DST TO C 02. | A Hybrid UP-PWM Scheme for HERIC Inverter to | POWER | |
| Improve Power Quality and Efficiency | CONVERTERS | ||
| DST TO C 03. | A Transformer less Single-Phase Symmetrical Z -Source | POWER | |
| HERIC Inverter with Reduced Leakage Currents for PV | CONVERTERS | ||
| Systems | |||
| DST TO C 04. | Advanced Voltage Support and Active Power Flow | POWER | |
| Control in Grid-Connected Converters Under | CONVERTERS | ||
| Unbalanced Conditions | |||
| DST TO C 05. | An Effective Voltage Controller for Quasi-Z-Source | POWER | |
| Inverter-Based STATCOM With Constant DC-Link | CONVERTERS | ||
| Voltage | |||
| DST TO C 06. | An Improved H5 Topology with Low Common- Mode | POWER | |
| Current for Transformer less PV Grid- Connected | CONVERTERS | ||
| Inverter | |||
| DST TO C 07. | Analysis, Control and Design of Hybrid Grid-Connected | POWER | |
| Inverter for Renewable Energy Generation with Power | CONVERTERS | ||
| Quality Conditioning | |||
| DST TO C 08. | Ancillary services provided by photovoltaic inverters: | POWER | |
| Single and three phase control strategies | CONVERTERS | ||
| DST TO C 09. | applications of boost converter to increase the speed | POWER | |
| range of dual stator winding induction generator in | CONVERTERS | ||
| wind power systems | |||
| DST TO C 010. | Bidirectional Partial Power Converter Interface for | POWER | |
| Energy Storage Systems to Provide Peak Shaving in | CONVERTERS | ||
| Grid-Tied PV Plants |
| DST TO C 011. | Carrier Based Power Balancing in Three-Level Open- | POWER | |
| End Drive for Electric Vehicles | CONVERTERS | ||
| DST TO C 012. | Decentralized Coordination Power Control for Islanding | POWER | |
| Microgrid Based on PV/BES-VSG | CONVERTERS | ||
| DST TO C 013. | Dual P-Q Theory based Energy Optimized Dynamic | POWER | |
| Voltage Restorer for Power Quality Improvement in | CONVERTERS | ||
| Distribution System | |||
| DST TO C 014. | Dual-Transformer-Based DAB Converter With Wide ZVS | POWER | |
| Range for Wide Voltage Conversion Gain Application | CONVERTERS | ||
| DST TO C 015. | Dynamic Power Decoupling Strategy for Three- Phase | POWER | |
| PV Power Systems under Unbalanced Grid Voltages | CONVERTERS | ||
| DST TO C 016. | Highly reliable inverter topology with a novel soft | POWER | |
| computing technique to eliminate leakage current in | CONVERTERS | ||
| grid-connected transformer less photovoltaic systems | |||
| DST TO C 017. | Isolated Bidirectional Battery Converter Control for | POWER | |
| Standalone Solar PV Applications | CONVERTERS | ||
| DST TO C 018. | Multi – functional hybrid stricture of SVC and | POWER | |
| capacitive grid connected inverter(SVC//CGCI) for | CONVERTERS | ||
| active power injection and non – active power | |||
| compensation | |||
| DST TO C 019. | Power Perturbation Based MTPA With an Online Tuning | POWER | |
| Speed Controller for an IPMSM Drive System | CONVERTERS | ||
| DST TO C 020. | PV-STATCOM: A New Smart Inverter for Voltage Control | POWER | |
| in Distribution Systems | CONVERTERS | ||
| DST TO C 021. | Small community electric energy micro – storage | POWER | |
| systems with Active functions | CONVERTERS | ||
| DST TO C 022. | A Comprehensive Strategy for Power Quality | POWER | |
| Improvement of Multi-Inverter-Based Microgrid with | CONVERTERS | ||
| Mixed Loads | |||
| DST TO C 023. | Distributed voltage and frequency synchronization | POWER | |
| control scheme for islanded inverter-based microgrid | CONVERTERS | ||
| DST TO C 024. | Fuzzy Secondary Controller Based Virtual Synchronous | POWER | |
| Generator Control Scheme for Interfacing Inverters of | CONVERTERS | ||
| Renewable Distributed Generation in Microgrids | |||
| DST TO C 025. | Dynamic Power Management System Employing Single | POWER | |
| Stage Power Converter for Standalone Solar PV | CONVERTERS | ||
| Applications | |||
| DST TO C 026. | A New Soft-Switching Configuration and Its Application | POWER | |
| in Transformer less Photovoltaic Grid-Connected | CONVERTERS | ||
| Inverters | |||
| DST TO C 027. | Advanced Control of Grid-connected Current Source | POWER | |
| Converter under Unbalanced Grid Voltage Conditions | CONVERTERS | ||
| DST TO C 028. | Carrier based PWM methods for CMV elimination in | POWER | |
| open-end winding induction motor drive | CONVERTERS | ||
| DST TO C 029. | Design and Implementation of Sensor less Voltage | POWER | |
| Control of Front-End Rectifier for Power Quality | CONVERTERS | ||
| Improvement in Telecom System | |||
| DST TO C 030. | Duty Compensated Reduced Harmonic Control for a | POWER | |
| Single-Phase H-Bridge PFC Converter | CONVERTERS | ||
| DST TO C 031. | inductor current feedback active damping method for | POWER | |
| reduced DC link capacitance IPMSM drives | CONVERTERS | ||
| DST TO C 032. | Power Quality Improvement in Utility Interactive Based | POWER | |
| AC-DC Converter Using Harmonic Current Injection | CONVERTERS | ||
| Technique | |||
| DST TO C 033. | Switching Performance Optimization for a Hybrid | POWER | |
| AC/DC Microgrid using an Improved VSG Control | CONVERTERS | ||
| Strategy | |||
| DST TO C 034. | An Improved Grid Current and DC Capacitor Voltage | POWER | |
| Balancing Method for Three-Terminal Hybrid AC/DC | CONVERTERS | ||
| Microgrid | |||
| DST TO C 035. | An improved power control strategy for hybrid AC-DC | POWER | |
| microgrids | CONVERTERS | ||
| DST TO C 036. | Experimental Implementation of an APC with Enhanced | POWER | |
| MPPT for Standalone Solar Photovoltaic based Water | CONVERTERS | ||
| Pumping Station | |||
| DST TO C 037. | Design and performance analysis of generalized | POWER | |
| integrator-based controller for grid connected PV | CONVERTERS | ||
| system | |||
| DST TO C 038. | new RBFN based MPPT controller for grid-connected | POWER | |
| PEMFC system with high step-up three-phase IBC | CONVERTERS | ||
| DST TO C 039. | MPPT Enabled SPWM based bipolar VSI design in | POWER | |
| photovoltaic applications | CONVERTERS | ||
| DST TO C 040. | applications of boost converter to increase the speed | DC-DC | |
| range of dual stator winding induction generator in | CONVERTERS | ||
| wind power systems | |||
| DST TO C 041. | Dynamic Power Management System Employing Single | DC-DC | |
| Stage Power Converter for Standalone Solar PV | CONVERTERS | ||
| Applications | |||
| DST TO C 042. | High Voltage Gain Interleaved Boost Converter with | DC-DC | |
| Neural Network Based MPPT Controller for Fuel Cell | CONVERTERS | ||
| Based Electric Vehicle Applications | |||
| DST TO C 043. | Improved Power Quality Switched Inductor Cuk | DC-DC | |
| Converter for Battery Charging Application | CONVERTERS | ||
| DST TO C 044. | Isolated Bidirectional Battery Converter Control for | DC-DC | |
| Standalone Solar PV Applications | CONVERTERS | ||
| DST TO C 045. | Optimal Control Design of a Voltage Controller for | DC-DC | |
| Stand-Alone and Grid-Connected PV Converter | CONVERTERS | ||
| DST TO C 046. | Smart community electric energy micro – storage | DC-DC | |
| systems with Active functions | CONVERTERS | ||
| DST TO C 047. | A novel maximum power point tracking technique | DC-DC | |
| based on fuzzy logic for photovoltaic systems | CONVERTERS | ||
| DST TO C 048. | An Improved Adaptive P&O Technique for Two Stage | DC-DC | |
| Grid Interfaced SPVECS | CONVERTERS | ||
| DST TO C 049. | Implementation of Recurrent Neurocontrol Algorithm | DC-DC | |
| for Two Stage Solar Energy Conversion System | CONVERTERS | ||
| DST TO C 050. | Maximum power point tracking for photovoltaic solar | DC-DC | |
| pump basedon ANFIS tuning system | CONVERTERS | ||
| DST TO C 051. | Modeling and control of photovoltaic and fuel cell | DC-DC | |
| based alternative power systems | CONVERTERS | ||
| DST TO C 052. | Control of fuzzy logic based PV-battery hybrid system | DC-DC | |
| forstand-alone DC applications | CONVERTERS | ||
| DST TO C 053. | PV system fuzzy logic MPPT method and PI control as a | DC-DC | |
| charge controller | CONVERTERS | ||
| DST TO C 054. | Backstepping based non-linear control for maximum | DC-DC | |
| power point tracking in photovoltaic system | CONVERTERS | ||
| DST TO C 055. | Optimal parameter design of fractional order control | DC-DC | |
| based INC-MPPT for PV system | CONVERTERS | ||
| DST TO C 056. | A new architecture of INC-fuzzy hybrid method for | DC-DC | |
| tracking maximum power point in PV cells | CONVERTERS | ||
| DST TO C 057. | A new dual-mode maximum power point tracking | DC-DC | |
| algorithm based on the Perturb and Observe algorithm | CONVERTERS | ||
| used on solar energy system | |||
| DST TO C 058. | A Decentralized Multi-loop Scheme for Robust Control | MULTILEVEL | |
| of a Power Flow Controller with Two Shunt Modular | INVERTERS | ||
| Multilevel Converters | |||
| DST TO C 059. | Alternative Breed of Three-Phase Four-Wire Shunt | MULTILEVEL | |
| Compensators based on Cascaded Transformer with | INVERTERS | ||
| Single Dc-link | |||
| DST TO C 060. | An Effective Voltage Controller for Quasi-Z-Source | MULTILEVEL | |
| Inverter-Based STATCOM With Constant DC-Link | INVERTERS | ||
| Voltage | |||
| DST TO C 061. | An Overview of Modular Multilevel Converters in HVDC | MULTILEVEL | |
| Transmission Systems with STATCOM Operation during | INVERTERS | ||
| Pole-to-Pole DC Short Circuits | |||
| DST TO C 062. | Cluster Voltage Regulation Strategy to Eliminate | MULTILEVEL | |
| Negative Sequence Currents under Unbalanced Grid for | INVERTERS | ||
| Star-Connected Cascaded H-Bridge STATCOM | |||
| DST TO C 063. | Control, implementation, and analysis of a dual two- | MULTILEVEL | |
| level photovoltaic inverter based on modified | INVERTERS | ||
| proportional–resonant controller | |||
| DST TO C 064. | Grid-Connected Symmetrical Cascaded Multilevel | MULTILEVEL | |
| Converter for Power Quality Improvement | INVERTERS | ||
| DST TO C 065. | Selective Harmonic Elimination Technique With Control | MULTILEVEL | |
| of Capacitive DC-Link Voltages in an Asymmetric | INVERTERS | ||
| Cascaded H-Bridge Inverter for STATCOM Application | |||
| DST TO C 066. | Voltage Limit Control of Modular Multilevel Converter | MULTILEVEL | |
| based Unified Power Flow Controller under Unbalanced | INVERTERS | ||
| Grid Conditions | |||
| DST TO C 067. | A new topology with the repetitive controller of a | MULTILEVEL | |
| reduced switch seven level cascaded inverter for a | INVERTERS | ||
| solar PV-battery based microgrid | |||






