Dr. Maryala Sai Kiran
Lithium Battery Research Engineer
Energy storage is a “bond” that connects today's energy with the future which is at the core mission to spread renewable energy technologies and optimize energy systems through-out the world. Despite the substantial amount of research on batteries, the commercial viability of electric vehicles has been hampered due to their slow charging speed. Therefore, 80% capacity reach for Extreme Fast Charging (XFC) is required to enable the commercialization of electrical vehicles. My research work is focused on developing technology for graphene composites to enhance electrode conductivity, ion flow, and thermal stability & reduce irreversible capacity, development of the dry electrode process, evaluation of cathode materials (NMC, LFP), selection of the binder materials for a lithium-ion secondary battery as well as, cell manufacturing process, cell evaluation, Synthesis and Characterization of novel robust polymers and their applications for high energy density Silicon-based lithium-ion batteries.
About
Experienced Researcher with a demonstrated history of working in the research and development sector. A passionate researcher in electrochemical science is eager to explore intuitive mechanisms and novel methods for the paradigms in Energy and Environmental application. Experienced organic chemist eager to take up thought-provoking research and at the same time achieve career goals. Enthusiastic to utilize my skills, abilities, and knowledge in the industry and gain exposure to upcoming technologies while being resourceful and innovative.
Research Interests
Energy materials, Li Ion battery, Super Capacitors
Synthesis of NIR fluorescent dyes for Biosensors and solar cells
Synthetic ligands and complexes for catalytic applications
Synthetic organic chemistry and spectroscopic identification of organic compounds
Expertise
Electrochemical characterization techniques: (CV, LSV, battery cycling, Dynamic EIS)
Fundamental characterization techniques (FT-IR, UV-Vis, NMR, LC-Mass, GC-MS, ESI-MS, SEM, fluorescence spectrophotometer) with ability of interpreting spectral data.
Experience on separation techniques using column chromatography, and HPLC
Schlenk techniques to carry out inert atmosphere reactions