9. An Alternative to Li-ion Batteries: Design and Development of Sodium-based Dual-ion Batteries for Stationary Storage Applications (Role: PI), THDC India , On-going (2023-25)

8. Novel Interfacial-chemistry for the Glass-electrolytes to Enable Highly-reversible and Long-life room-temperature Sodium-Sulfur Battery (Role: PI), ISRO India , On-going (2022-24)

7. Unveiling the Localized-health of the Sulfur Cathode to Improve reversibility of the Room-temperature Sodium-Sulfur Battery (MFIRP-HUZI)(Role: PI), IRD, IIT Delhi India , On-going (2022-24)

6. Room-temperature Sodium-Sulfur Batteries for Stationary Storage Applications (Role: PI), Renew Power Ventures Pvt. Ltd.India , On-going (2022-25)

5. Rational Design of a High-loading Sulfur Cathode for Room-temperature Sodium-Sulfur Batteries (MFIRP Scheme - SDU) (Role: PI), IRD, IIT Delhi India , On-going (2022-23)

4. SMITA Research Lab a Centre of Excellence in Smart Textiles (Role: Co-PI), IIT Delhi India , On-going (2021-26)

3. Equipment Matching Grant to Prof. Vipin Kumar Department of Energy Science and Engineering (Role: PI) , IRD, IIT Delhi India , Completed (2020-22)

2. Localized Surface-modification of the Electrode Materials Enable Highly Reversible and Stable Room-temperature Sodium-Sulfur Battery (Role: PI), Science and Engineering Research Board (SERB)India , On-going (2021-23)

1. Altering the local-chemistry of the electrolyte to realize a reversible and stable room-temperature sodium-sulfur battery (New Faculty Seed grant) (Role: PI) , IRD, IIT Delhi India , Completed (2020-22)