Focused Topics and Areas

The National Conference on Sustainable Energy Conversion and Storage: Functional Materials, Systems, and Applications (NCSECS-2024) intends to bring together researchers from the following main subjects and its allied areas. The themes and more details about the topics are listed in the NCSECS-2024 conference website,

1. Battery Technologies:

Materials development for batteries
Cell design optimization
Performance enhancement and durability
Safety considerations
Emerging battery chemistries and technologies

2. Supercapacitors and Energy Storage Devices:

Materials advancements for supercapacitors
Design and optimization of energy storage devices
Performance characterization and evaluation
Integration of supercapacitors into energy systems

3. Electrolyte Materials:

Development of novel electrolyte materials
Electrolyte Design and Engineering
Electrolyte Stability and Compatibility
Ion Transport and Conductivity
Electrochemical and Interfacial Properties

4. Fuel Cells and Energy Conversion:

Fuel cell materials and catalysts
System design and engineering
Performance evaluation and efficiency improvements
Integration of fuel cells into energy conversion systems

5. Solar Energy Conversion:

Materials for photovoltaics or solar cells
Solar thermal systems and technologies
Efficiency enhancements and innovations
System design and integration of solar energy conversion

6. Materials Characterization and Modeling:

Spectroscopic and microscopy techniques for material analysis
Electrochemical characterization methods
Computational modeling and simulation for energy materials
Relationships between material structure and properties

7. Environmental Sustainability and Life Cycle Analysis:

Life cycle assessment of energy storage and conversion technologies
Integration of renewable energy sources for sustainability

8. Flexible Energy Harvesting Materials:

Development of flexible materials for energy harvesting
Novel materials with enhanced flexibility and performance
Design and Fabrication of Flexible Energy Harvesters
Scalable fabrication techniques for flexible devices

9. Electrolysis and Hydrogen production

Advanced electrolyzer design and materials
High-efficiency and low-cost electrolysis systems
Alkaline electrolysis, , Proton exchange membrane (PEM)
OER, HER, ORR
Solid oxide electrolysis cells (SOEC)

10. Photocatalysis:

Development of efficient photocatalyst materials
Light harvesting and utilization
Stability and durability of photocatalysts
Integration of photocatalysis with water splitting systems
Engineering of photoelectrochemical (PEC) cells

Top Reasons to Attend

Knowledge Expansion:

Gain insights into the latest advancements and trends in sustainable energy storage and conversion.
Learn about cutting-edge technologies, emerging materials, and innovative approaches.
Stay up-to-date with the current research findings in the field.

Networking Opportunities:

Connect with researchers, scientists, engineers, industry professionals, and policymakers in the energy storage and conversion field.
Build valuable professional relationships and collaborations.
Expand your network and establish connections for future collaborations and career opportunities.

Present and Discuss Research:

Showcase your own research and findings to a knowledgeable and engaged audience.
Receive feedback, insights, and suggestions from experts in the field.
Engage in meaningful discussions and exchange ideas with fellow researchers.

Industry Engagement:

Interact with industry representatives, technology providers, and energy companies.
Explore potential partnerships and collaborations with industry stakeholders.
Gain industry insights and stay informed about the latest advancements and market trends.

Professional Development:

Attend workshops, panel discussions, and keynote sessions to enhance your skills and knowledge.
Learn about career opportunities, funding options, and industry best practices.
Stay updated on the latest developments and advances in the field.

Collaboration and Funding Opportunities:

Identify potential collaboration opportunities with researchers and institutions working on similar topics.
Explore funding opportunities, research grants, and collaborative projects.
Foster partnerships and collaborations to advance your research and career goals.

Exposure to Multiple Perspectives:

Benefit from diverse perspectives and interdisciplinary approaches presented at the conference.
Engage with experts from various fields, gaining a broader understanding of the subject.
Explore connections and synergies between different research areas and disciplines.

Inspiration and Motivation:

Immerse yourself in a dynamic and inspiring environment.
Get inspired by passionate researchers, innovative ideas, and breakthrough technologies.
Fuel your motivation and enthusiasm for your own research and career endeavors.
Attending the conference provides a platform to expand knowledge, network with professionals, present research, explore collaborations, and stay updated on the latest developments in sustainable energy storage and conversion.

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