Hybrid Inverter MATLAB Simulation -- 2

@Tahir789

I'm a licensed professional electrical engineer with 6+ years of specialized experience in power electronics, multilevel inverter design, MATLAB/Simulink modeling, and EV charging systems, and I will develop a complete simulation and analysis of the Dual-Mode Reconfigurable Switched Capacitor Multilevel Inverter (DMRSC-MLI) with adaptive flying capacitor voltage clamping (AFCVC) for on-board EV charger applications demonstrating reduced switch count, THD <5%, efficiency >95%, and comprehensive switching loss analysis. I have extensive expertise in multilevel inverter topologies including switched capacitor and flying capacitor configurations, reconfigurable power electronics circuits with adaptive voltage control, EV charging system power conversion and dual-mode operation (slow/fast charging), MATLAB/Simulink power electronics simulation with Simscape Electrical, THD analysis and harmonic performance evaluation, and switching loss calculation including conduction and switching losses per device. I will develop complete DMRSC-MLI model with three-source DC configuration generating 13 voltage levels, reconfigurable switched capacitor (RSC) network with topology and switching logic, adaptive flying capacitor voltage clamping (AFCVC) mechanism for dynamic intermediate voltage adjustment, self-commutating polarity selection network (SCPSN) operating. I can start immediately. Best Regards, Tahir Saleem

@ElecHamza

Hi, I will model and simulate your Dual-Mode Reconfigurable Switched Capacitor Multilevel Inverter using MATLAB and Simulink to validate its thirteen-level output waveform. I will implement the self-commutating polarity selection network and the adaptive flying capacitor clamping mechanism to ensure seamless dual-mode charging states. My simulation will accurately verify that the total harmonic distortion remains below five percent at full load without filtering while assessing overall inverter efficiency above ninety-five percent. Furthermore, I will conduct a comprehensive thermal and conduction analysis to deliver a detailed breakdown of individual switching losses alongside total system power losses. Best regards

@Karuri101

Hello i have experience with MATLAB for modelling and simulation of EV systems. I can design your Dual-Mode Reconfigurable Switched Capacitor Multilevel Inverter (DMRSC-MLI) for on-board electric vehicle (EV) charger utilization. I can employ SCPSN in your architecture ensuring high efficiency from the inverter.

@aRtEmIx404

Hello Sir, I have experience in inverter design and simulation with MATLAB and Simulink. Please, contact me to discuss about the project delivery time and budget. Carlos.

@Jenil01

Your project involves a high level advanced power electronics topology where switching optimization, THD reduction, capacitor balancing, and efficiency analysis are all critical, exactly the type of analytical and simulation focused engineering work that strongly matches my background in power electronics, MATLAB simulation, and system design. Please take a look at my portfolio: https://www.freelancer.in/u/Jenil01 I am a Mechatronics Engineer with experience in MATLAB/Simulink, electrical systems, embedded electronics, and control oriented engineering analysis. I have worked on projects involving power stage behavior, switching systems, signal analysis, and performance optimization, with strong attention to both theoretical validation and practical implementation. For your DMRSC MLI topology, I can assist with: • MATLAB/Simulink modeling of the Dual Mode Reconfigurable Switched Capacitor Multilevel Inverter. • Implementation of the AFCVC mechanism and SCPSN polarity selection network. • Generation and verification of the 13 level output waveform from the 3 source DC configuration. • THD analysis ensuring <5% THD without output filter under rated load conditions. • Calculation and analysis of: – Switching losses per switch – Total inverter losses – Efficiency (>95%) validation Ready to begin immediately and discuss your expected modulation/control strategy in detail. Best regards, Jenil Dodiya (Mechatronics Engineer)

@CHINUB1999

I can design, simulate, and validate the proposed DMRSC-MLI for on-board EV charger utilization. I have experience in multilevel inverter topologies, switched-capacitor networks, EV charging systems, THD analysis, efficiency calculation, and switching-loss evaluation. My publications: 1. Z-Score Based Fault Detection and Location in Microgrids Using PMU-Assisted Positive Sequence Differential Currents Angle 2. Fuzzy Slope Entropy-Driven Protection Scheme for Micro-Grids Incorporating ΔV–ΔI Plane-Based Fault Classification 3. PMU-Based Micro-Grid Fault Detection and Location Considering Superimposed Positive Sequence Impedance Angle and Minimum Voltage Discrepancy 4. Fault Detection in Microgrids Using a Combined Approach of Superimposed Positive Sequence Current Analysis and Polar Plot Interpretation 5. Fault Detection and Assessment in an AC Microgrid System Using Modified Complex Plane via Positive Sequence Current Measurement 8. A Novel Fault Detection Scheme Based on a Cumulative Sum of Superimposed Positive Sequence Energy for Microgrid Protection 9. A Novel Superimposed Positive Sequence Impedance-Based Fault Detection Technique in Microgrid 10. Active Islanding Detection and Analysis of Total Harmonic Distortion for Inverter-Interfaced Microgrid Based on High-Frequency Signal Injection