Objective: To enable indigenous Lithium ion and sodium ion battery fabrication (cylindrical and prismatic cells using CSIR-CECRI’s Technology) under both Make in India as well as Made in India policies to value-add e-mobility and renewable energy s
Section: Energy Sciences (Research Project)
Related:
Type ABO₃
Type ABO₃ (A = Mg, Ba, Sr, Ca and B = Ti, Zr) based high entropy ceramics for next generation energy storage applications
Research Project › Physical Sciences
Demonstration of
Demonstration of 3D Printed Electrodes for Next-generation Energy Devices ("Nextgen-Cell")
Research Project › Chemical Sciences
High Entropy
High Entropy Solid Electrolyte for Next Generation Battery Technology with High Energy and Power Density
Research Project › Chemical Sciences
Advanced Nanomaterial
Advanced Nanomaterial Architectures for Next-Generation Hydrogen and Multi-Gas Sensing
Research Project › Physical Sciences
DEVELOPMENT OF
DEVELOPMENT OF CONDUCTING METAL-ORGANIC FRAMEWORK BASED SUSTAINABLE SUPERCAPACITOR FOR ENERGY STORAGE APPLICATIONS
Research Project › Chemical Sciences