Vishal Vaman Mehtre
@bvucoepune.edu.in
Assistant Professor, Department of Electrical & Computer Engineering
Bharati Vidyapeeth (Deemed to be University) College of Engineering, Pune
RESEARCH, TEACHING, or OTHER INTERESTS
Engineering, Electrical and Electronic Engineering, Renewable Energy, Sustainability and the Environment, Numerical Analysis
Scopus Publications
Scopus Publications
Vishal V. Mehtre, Shivani Jitendra Khare, Swapnil Namekar, and D. S. Bankar
Springer Nature Singapore
Yogesh Chendake, Harshada Mhetre, Supriya Khatavkar, Vishal Mehtre, Swapnil Namekar, Vikas Kaduskar, and Prashant Chougule
Springer Nature Switzerland
D. S. Bankar, Shripad Ganapati Desai, and Vishal Vaman Mehtre
IEEE
Rising environmental concern and depletion of the fossil fuels has given significant importance to renewable energy sources. Wind energy brings new opportunities for the Power System Engineers, they can be termed as confirm alternatives for growing energy demand. The performance comparison of the SCIG and DFIG will yield a promising option for the future Wind Turbine Generators. This research was carried out to analyse the superiority among both these machines. The simulation and analysis carried out were under the same condition and with the same control technique. The same wind farm was studied for their Power Output at various Wind Speeds and Fault analysis. The analysis also included Real and Reactive Power analysis during the presence of fault. The results obtained determined the capability of each machine and the future of Wind energy in India.
Vishal Vaman Mehtre, Shripad Ganapati Desai, and D.S. Bankar
IEEE
Increasing environmental pollution and economic crisis faced over conventional sources of energy has recently made us realize the importance of switching over to renewable sources of energy to meet the growing demand for generation of electricity. Wind as renewable source has an efficient potential in generation sector. DFIG (Doubly Fed Induction Generator) due to its various advantages over other types of wind generators has growing popularity in past as well as nearby future. Hence, performance analysis of DFIG is necessary for particular wind farm in terms of power quality. In this paper, DFIG based wind farm was considered for load flow analysis, short circuit analysis, harmonic analysis and optimal load flow analysis to evaluate performance characteristics of DFIG. The simulation results were analysed in ETAP software comparing most of the results with theoretical values. Satisfactory results were obtained for theoretical and practical values evaluating the efficiency and reliability of DFIG.
Shripad Ganapati Desai, Vishal Vaman Mehtre, and D.S. Bankar
IEEE
Renewable energy sources have gained a lot of importance in the recent past due to its availability in abundance and pollution free nature. Wind Power Generation compared to the other renewable energy sources has developed at a rapid pace. Like most of the conventional Power plants, Wind Power plants must ensure the quality of power delivered to the grid. Harmonics are the most important Power Quality Issues related to the Wind Power plants which occur due to frequent switching of the Power Converters and variable Wind speed. This paper presents the Harmonic analysis in the SCIG and DFIG Wind Farms. A 42 MW Wind plant was considered for analysis and a suitable strategy was adopted to reduce the Harmonic content. The analysis and design were carried according to the Indian Grid Codes. The results obtained indicate the Power Quality of the SCIG and DFIG Wind Farm with respect to %THD (Total Harmonic Distortion).