| A Switched-Capacitor based 7-Level Inverter Capable of Voltage-Boosting and Natural Voltage Balancing of Capacitors, Suitable for Supplying Off-Grid AC Loads | Journal of Advanced Defense Science & Technology | P. Kargar - M. Karimi - K. Varesi |
| Design and Implementation of an Improved Non-Isolated Step-Up DC-DC Converter with Continuous Input Current and Common-Ground Point Suitable for DC Micro-Grids and Low-Power Solar Systems | Iranian Electric Industry Journal of Quality and Productivity | A. Ghorbani Esfahlan - K. Varesi* - H. M. Kojabadi |
| A transformer-less high-boosting common-grounded multi-phase DC–DC converter with continuous input-current favourable for low-power applications | IET Renewable Power Generation | K. Varesi* - S. Padmanaban |
| Single-Input Quadruple-Boosting Switched-Capacitor Nine-Level Inverter with Self-Balanced Capacitors | IEEE Access | K. Varesi* - F. Esmaeili - S. Deliri - H. Tarzamni |
| An extendable single-input reduced-switch 11-level switched-capacitor inverter with quintuple boosting factor | IET Generation, Transmission & Distribution | S. Deliri - K. Varesi* - S. Padmanaban |
| An extendable asymmetric boost multi-level inverter with self-balanced capacitors | International Journal of Circuit Theory and Applications | M. Karimi - P. Kargar - K. Varesi |
| A boost type switched‐capacitor multi‐level inverter for renewable energy sources with Self‐Voltage balancing of capacitors | International Journal of Energy Research | S. Deliri - K. Varesi* - Y. P. Siwakoti - F. Blaabjerg |
| Generalized Diamond-Type Single DC-Source Switched-Capacitor Based Multi-Level Inverter with Step-Up and Natural Voltage Balancing Capabilities | IET Power Electronics | S. Deliri Khatoonabad - K. Varesi* - Y. P. Siwakoti - F. Blaabjerg |
| A Generalized Common-Ground Single-Switch Continuous Input-Current Boost Converter Favorable for DC-Microgrids | International Journal of Circuit Theory and Applications | K. Varesi* - M. Ghorbani |
| Novel High Step-Up DC-DC Converter with Increased Voltage Gain per Devices and Continuous Input-Current Suitable for DC Microgrid Applications | International Journal of Circuit Theory and Applications | K. Varesi* - N, Hassanpour - S. Saeidabadi |
| A Novel Single-Phase Multi-Level Inverter Topology Based on Bridge-Type Connected Sources with Enhanced Number of Levels per Number of Devices | Journal of Energy Management and Technology | Fatemeh Esmaeili - Kazem Varesi |
| Design and Analysis of a Developed Multi-Port High Step-Up DC-DC Converter with Reduced Device Count and Normalized Peak Inverse Voltage on the Switches/Diodes | IEEE Transactions on Power Electronics | K. Varesi* - S. H. Hosseini - M. Sabahi - E. Babaei - S. Saeidabadi - N. Vosoughi |
| Modular Non-Isolated Multi-Input High Step-Up DC-DC Converter with Reduced Normalized Voltage Stress and Component Count | IET Power electronics | K. Varesi* - S. H. Hosseini - M. Sabahi - E. Babaei |
| A Generalized Relationship for Calculation of Critical Inductance in an n-Input Buck DC-DC Converter | Nashriyyah-i Muhandisi-i Barq va Muhandisi-i Kampyutar-i Iran | K. Varesi* - S. H. Hosseini - M. Sabahi - E. Babaei |
| A High Voltage Gain Non-Isolated Non-Coupled Inductor Based Multi-Input DC-DC Topology with Reduced Number of Components for Renewable Energy Systems | International Journal of Circuit Theory and Applications | K. Varesi* - S. H. Hosseini - M. Sabahi - E. Babaei |
| Performance analysis and calculation of critical inductance and output voltage ripple of a simple non‐isolated multi‐input bidirectional DC‐DC converter | International Journal of Circuit Theory and Applications | K. Varesi - S. H. Hosseini* - M. Sabahi - E. Babaei |
| Performance and design analysis of an improved non-isolated multiple input buck DC–DC converter | IET Power Electronics | K. Varesi - S. H. Hosseini* - M. Sabahi - E. Babaei - N. Vosoughi |
| Control Strategy Applied on Double Flying Capacitor Multi-cell (DFCM) Inverter for Increasing Number of Generated Voltage Levels | IET Power Electronics | A. Ashraf Ghandomi* - K. Varesi - S. H. Hosseini |
| An Efficient Methodology Proposed for Deciding about the Number of Battery Modules Used in Hybrid Electric Vehicles | Automatika | K. Varesi* - A. Radan - A. Ghayebloo - M. R. Nikzad |
| A Simple Technique for Optimal Selection of DOH in Hybrid Parallel Passenger Cars | Automatika | K. Varesi* - A. Radan - S. H. Hosseini - M. Sabahi |