InnoWave Projects: Your Gateway to Mini and Major BTech & MTech Projects Online
Discover engineering project ideas across domains such as IT, CSE, ECE, and EEE, with curated subdomains to help you narrow your focus.
All Domains Projects
28 project(s) • All Levels
Simulation Study of PV Interface Neutral Point Clamped Multilevel Inverter-Based Shunt Active Power Filter
Power Converters
This work simulates a PV-based NPC multilevel inverter used as a shunt active power filter to compensate harmonics and improve power quality in distribution systems.
Integration and Simulation Analysis of Renewable Energy Sources and EV in grids
Electric Vehicles
This study models the combined operation of solar/wind sources with EV loads to analyze grid stability, voltage regulation, and energy flow under varying conditions.
Comparative Analysis of ANN Algorithms for Maximum Power Point Tracking (MPPT) in Solar PV Systems
Energy Management
Different ANN-based MPPT algorithms are compared for accuracy, tracking speed, and efficiency under dynamic irradiance conditions.
Modeling and Design of a Portable EV Charger using MATLAB/Simulink
Electric Vehicles
This project focuses on designing a compact portable EV charger, analyzing power stage, control algorithms, and charging profiles using MATLAB Simulink.
Stability Analysis of Power Control for Grid-Forming Inverters
Power Systems
The study evaluates the small-signal and transient stability of grid-forming inverter power control strategies during disturbances and grid interactions.
Design, Simulation, and Analysis Commercial Solar PV System in India
Renewable Energy
A complete design of a commercial rooftop PV plant is developed, including site assessment, shading analysis, power output estimation, and financial evaluation.
Advanced MIMO Control Strategies for Interleaved Buck Converters in EV DC Fast Charging
Electric Vehicles
A multi-input multi-output controller improves dynamic response, current sharing, and efficiency of interleaved buck converters used in fast EV chargers.
Design of a Three-Phase Multiport DC–AC Inverter for PV and Energy Storage System Grid Interfacing
Power Converters
A multiport inverter topology is developed to integrate PV and battery storage for seamless grid interaction and improved reliability.
Comparative Analysis of Dual Active Bridge Converters for Photovoltaic Applications using MATLAB Simulink
Power Converters
Different DAB converter configurations are simulated and compared for efficiency, soft-switching, and bidirectional power flow capability in PV systems.
Fuzzy Logic-Based High Current Density DC–DC Converter for EV Charging: Design and Performance Evaluation
Power Converters
A fuzzy logic controller enhances regulation and performance of a high-power DC–DC converter used in EV fast-charging applications.
Energy Management for Hybrid Electric Vehicles using a Cascaded FLC
Electric Vehicles
A cascaded fuzzy logic energy management system optimizes power flow between engine, battery, and motor to improve HEV efficiency.
Improved Ripple Correlation Control Based MPPT Strategy for Solar Energy Harvesting in Shaded Environments
Renewable Energy
Modified RCC MPPT is developed to improve tracking speed and accuracy in partial shading conditions where conventional methods fail.
Simulink for Modeling Real-World Technological Disruptions in Power Systems
Power Systems
Simulink is used to simulate faults, cyber-attacks, load surges, and renewable intermittency to study real-world disruptions in power networks.
Simulation Analysis Bidirectional DC-DC Converter Fed EV Drive with Regenerative Braking
Electric Vehicles
A bidirectional converter powering an EV motor drive is modeled to analyze regenerative braking efficiency and battery charging behavior.
Innovative ANN Algorithm for Residential Power Switching in Solar-Powered LVDC Nano-Grids
Renewable Energy
An ANN-based controller optimizes power routing between PV, battery, and household loads to maximize reliability in LVDC nano-grids.
Modeling and Simulation of Voltage Balancing Strategies for Lithium-Ion EV Batteries
Energy Management
Various balancing techniques (passive/active) are simulated to enhance battery lifespan and maintain uniform cell voltage in EV packs.
GAO Optimized Sliding Mode Based MPPT Controller with Grid Integrated EV Charging Station
Renewable Energy
A GAO-tuned sliding-mode MPPT ensures fast tracking and stable PV-grid interaction for EV charging infrastructure.
Double Integral Sliding Mode MPPT for Enhanced Solar PV Performance
Renewable Energy
A double-integral sliding-mode controller provides high-speed, noise-resistant MPPT performance under rapidly changing irradiance.
Modified SEPIC Converter MPPT with Predictive Model Control for Efficient Solar Energy Conversion
Renewable Energy
A predictive control-based MPPT built on a modified SEPIC converter improves dynamic response and efficiency in PV systems.
Predictive Model for Classification of Power System Faults using Machine Learning in MATLAB
Machine Learning
Machine learning algorithms classify and locate power system faults using voltage and current waveform features extracted in MATLAB.
Design and ANN-Based Optimization of Phase-Shifted Full-Bridge Converters for PV Medium-Voltage DC Networks
Power Converters
An ANN model optimizes switching angles and transformer parameters to maximize efficiency of PSFB converters in MVDC systems.
MATLAB/Simulink-Based Modeling and Simulation of a Sustainable EV Charging Station
Electric Vehicles
A full EV charging station model includes PV, battery storage, power converters, and control logic to study energy flow and sustainability.
Design and Simulation of DC Fast Charging with CC-CV Control for Electric Vehicles
Electric Vehicles
A CC-CV regulated fast charger is designed to ensure safe battery charging with accurate current and voltage control profiles.
Electrical Fault Diagnosis and Classification Using Machine Learning Techniques in MATLAB
Machine Learning
ML models identify and classify electrical faults such as short circuits, open circuits, and insulation faults using real-time datasets.
Simulation of Quadratic Boost Converter with Sliding-Mode Controller for PV Integration into Microgrids
Renewable Energy
A quadratic boost converter is simulated with sliding-mode control to provide high-gain, stable PV integration into microgrid systems.
Design of Adaptive Nonlinear Droop Control for Robust EV Charging in DC Microgrids
Power Converters
An adaptive nonlinear droop controller regulates EV charging stations in DC microgrids to enhance load sharing and system stability.
Simulation-Based Evaluation of Fuzzy Logic and Improved P&O MPPT for Standalone Solar Systems
Renewable Energy
Fuzzy logic and improved P&O algorithms are compared for MPPT accuracy, dynamic performance, and efficiency in standalone PV systems.
Integration and Simulation Analysis of Renewable Energy Sources and EV in grids
Renewable Energy
This study models the combined operation of solar/wind sources with EV loads to analyze grid stability, voltage regulation, and energy flow under varying conditions.