The rapid evolution of energy storage technologies in today’s competitive industrial landscape was the focal point of a recent lecture titled “Low-Cost Industrially Viable Techniques for Anode Fabrication in Li-ion Batteries.” Dr. Manisha Phadatare from Mid Sweden University, Sweden, presented a compelling overview of novel methodologies aimed at revolutionizing anode production for Li-ion batteries.
The guest lecture was organized by
the Department of Physics, Shivaji University and opened with a brief
introduction by the Dr. V. S. Kumbhar, who underscored the growing importance
of sustainable, cost-effective battery technologies and provided an introduction
of the guest speaker. Dr. Phadatare’s lecture provided the audience with deep
insights into how innovative fabrication techniques can significantly enhance
the performance and affordability of energy storage systems.
Dr. Phadatare began by discussing
the fundamental principles underlying modern battery technology, drawing
attention to the role of established research and the pioneering contributions
of Nobel laureates such as Goodenough and Yoshino in Li-ion battery development.
She emphasized how these historical breakthroughs continue to influence current
industrial practices.
A major highlight of the talk was
the exploration of silicon-nanographite composites as anode materials. Dr.
Phadatare detailed how integrating these materials can not only boost battery
performance but also reduce production costs. She further examined the effect
of flow rate on performance, illustrating how precise control during the
electrode fabrication process can lead to significant improvements in
efficiency.
In addition to these technical
discussions, the lecture delved into the potential of paper electrode designs
as a promising route for sustainable manufacturing. Dr. Phadatare showcased
comparative analyses that underscored the advantages and broad-ranging
applications of these innovative techniques across battery, supercapacitor, and
fuel cell technologies.
The lecture concluded with an
engaging question-and-answer session. Attendees enthusiastically discussed
potential applications of the research, as well as collaborative projects,
including proposals for student exchange programs. This dialogue not only highlighted
the practical relevance of the research but also reinforced the value of
international academic and industrial cooperation.
Prof. (Dr.) R. G. Sonkawade, in his
presidential address, emphasized the need to cultivate a deep interest in
science and innovation within society. He urged students and researchers to
draw inspiration from Dr. Phadatare. He also highlighted the importance of
multidisciplinary approaches in tackling complex engineering challenges. He
also encouraged students to embrace a spirit of continuous learning and
innovation.
Dr. S. S. Patil delivered a
heartfelt vote of thanks, acknowledging the efforts of all organizers,
participants, and students for making the event a grand success. The program
was skillfully anchored by Supriya Patil and Vaishnavi Yadav, students of the
Department of Physics. The event was graced by faculty members, including Prof.
(Dr.) K. Y.
Rajpure, Dr. A. V. Moholkar, Dr. N. L. Tarwal, Dr. M. V. Takale, Dr. S. P. Das,
Dr. V. S. Kumbhar, Dr. A. R. Patil.
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