The transition towards clean energy and sustainable transportation is creating new opportunities for scientific research and technological innovation. Solar photovoltaic systems, battery storage, electric vehicles and smart energy management are becoming important areas for researchers working towards a more sustainable future.
At the JIS Institute of Advanced Studies and Research (JISIASR), the Centre for Renewable & Sustainable Energy Studies (CReSES) focuses on research-driven education in renewable energy and allied technologies. Its research areas include solar photovoltaics, electric vehicle technology, battery systems, smart sensors and sustainable energy solutions.
The centre brings together academic expertise and interdisciplinary research to support students and researchers interested in clean energy and green mobility.
Research Expertise in Solar Photovoltaic Technology
Solar photovoltaic research involves understanding how solar cells and modules generate electricity, how their performance can be improved and how system reliability can be maintained.
Research at CReSES includes areas such as:
- Solar photovoltaic system performance
- PV module reliability
- Solar module defect analysis
- PV cleaning and cooling technologies
- Photovoltaic system monitoring
- Smart energy applications
Dr. Sugato Ghosh, associated with the Centre for Renewable & Sustainable Energy Studies, has research interests in solar photovoltaics, PV cleaning and cooling, sensors, MEMS and instrumentation. His academic background includes a Ph.D. in Engineering from IIEST Shibpur.
Connecting Solar Energy with Electric Vehicles
The development of electric vehicles requires more than electric motors. It also depends on battery technology, charging systems, energy management and the integration of renewable energy sources.
Research connecting solar energy and electric vehicles can help explore how photovoltaic systems may support charging and how energy use can be managed more efficiently.
Dr. Subinoy Roy’s research interests include photovoltaic reliability assessment, imaging and defect analysis, and load management in PV-powered electric vehicles and hybrid systems. His academic background includes a Ph.D. in Energy Science and Engineering from IIT Bombay.
These research areas demonstrate the interdisciplinary connection between materials, energy systems, electronics, data analysis and mobility technologies.
Academic Programmes at CReSES
JISIASR’s Centre for Renewable & Sustainable Energy Studies offers postgraduate and doctoral programmes related to renewable energy and sustainable technologies.
The centre lists the following programmes:
- M.Tech. in Renewable Energy and Electric Vehicle Technology
- M.Sc. in Renewable Energy
- Ph.D. programmes in renewable energy and allied research areas
The M.Tech. programme covers a two-year duration and is available in regular mode and for working professionals, according to the centre’s official programme information.
These programmes are designed to support advanced learning and research in areas connected to clean energy, storage, electric mobility and sustainable systems.
Battery Technology and Sustainable Energy Research
Battery technology is an important part of the electric vehicle ecosystem. Research in this field may involve energy storage, battery performance, materials, charging systems and battery management.
CReSES identifies battery technology, EV systems and smart energy management among its research and academic focus areas. Its broader research scope also includes hydrogen energy, thermal energy systems and smart sensor technologies.
Students interested in these areas can explore how engineering and science disciplines work together to solve energy-related challenges.
The Importance of Interdisciplinary Research
Solar and electric vehicle technologies require knowledge from multiple disciplines. Electrical engineering, electronics, mechanical engineering, materials science, physics, chemistry and data science can all contribute to research and development.
An interdisciplinary approach allows researchers to examine energy systems from different perspectives. For example, solar module reliability may involve materials and imaging, while electric vehicle applications may involve batteries, power systems and energy management.
CReSES encourages research across renewable energy, instrumentation, electronics, battery technology and sustainable systems through its postgraduate and Ph.D. programmes.
Research Skills for Future Energy Scientists
Students planning to build careers in renewable energy and electric vehicle research should develop a combination of theoretical and practical skills.
Important areas include:
- Energy system fundamentals
- Data analysis and modelling
- Laboratory experimentation
- Solar photovoltaic technologies
- Battery and energy storage concepts
- Electronics and instrumentation
- Research writing and documentation
Hands-on laboratory work, academic mentorship and research projects can help students understand how scientific concepts are applied to real-world energy challenges.
Conclusion
Academic research in solar energy and electric vehicles plays an important role in developing sustainable technologies. At JISIASR, the Centre for Renewable & Sustainable Energy Studies brings together research areas such as photovoltaic systems, EV technology, battery systems, smart sensors and renewable energy applications.
Through its postgraduate and doctoral programmes, the centre provides opportunities for students and researchers to explore advanced topics in clean energy and green mobility. Students interested in this field should review programme eligibility, research areas, faculty expertise and available facilities before selecting an academic pathway.
Frequently Asked Questions
1. What research areas are covered at CReSES, JISIASR?
Research areas include solar photovoltaics, renewable energy, electric vehicle technology, battery systems, smart sensors, hydrogen energy and sustainable energy applications.
2. Does JISIASR offer a programme in renewable energy and electric vehicle technology?
Yes. CReSES offers an M.Tech. in Renewable Energy and Electric Vehicle Technology, listed as a two-year programme.
3. What qualifications are useful for renewable energy research?
Relevant backgrounds may include engineering, physics, chemistry, mathematics, electronics and other related science or engineering disciplines, depending on the programme and research position.
4. Why is solar photovoltaic research important for electric vehicles?
Solar photovoltaic research can support investigations into renewable charging, energy generation, system performance and energy management for electric vehicle applications.
5. What skills should students develop for EV research?
Students can develop knowledge of battery systems, electrical and electronic systems, energy management, modelling, experimentation and technical documentation.
6. How can students explore research opportunities at JISIASR?
Students should visit the official JISIASR website, review the relevant programme information and contact the institute for current eligibility, admission and research opportunity details.