Jyotiishman Pahak
Co-founder & CTO
Leads materials engineering, process development and electrochemical validation for advanced carbon anode materials.
Sustainable Battery Materials
Engineering Sustainable Battery Materials for the Next Generation of Energy Storage
About
Engineering Materials for the Clean Energy Transition
The future of energy storage depends not only on better batteries, but on better materials.
Climeshift Energy is engineering sustainable battery-grade materials from indigenous biomass to strengthen domestic supply chains and support the next generation of sodium-ion batteries.
Our first focus is advanced hard carbon anode materials engineered for performance, scalability, and sustainable manufacturing.
Why indigenous biomass matters
Turning Biomass into Battery Materials
Renewable biomass is more than an agricultural resource—it is a strategic raw material for next-generation batteries. We transform locally available biomass into advanced hard carbon, creating sustainable battery materials while reducing dependence on imported alternatives.
Why It Matters
Materials, Security and the Energy Transition
Secure access to battery materials is becoming as important as battery manufacturing itself. By developing indigenous anode materials, Climeshift aims to strengthen supply chain resilience, reduce import dependence, and support India's clean energy transition.
Energy Security
Reducing dependence on imported materials strengthens India's energy security.
Domestic Manufacturing
Local production of critical anode materials supports a more resilient clean-energy ecosystem.
Local Supply Chains
Building a stronger, strategic materials sourcing base for the next generation of batteries.
Current Stage
Where We Are Today
We are currently validating our technology through laboratory-scale material development and electrochemical testing while preparing for pilot-scale manufacturing.
- Feedstock Selection
- Material Synthesis
- Materials Characterization
- Electrochemical Validation
- Pilot-scale Manufacturing
- Industry Partnerships
- Customer Qualification
- Commercial Production
Technology
From Biomass to Battery Materials
We combine biomass engineering, thermal processing, and electrochemical validation to produce high-performance hard carbon materials for sodium-ion batteries.
01
Renewable Biomass
02
Carbonization
03
Microstructure Engineering
04
Battery-grade Hard Carbon
05
Sodium-ion Batteries
Applications
Powering the Next Generation of Energy Storage
Our materials are engineered for emerging sodium-ion battery applications.
Grid Energy Storage
Electric Mobility
Industrial Energy Storage
Distributed Energy Systems
Research
Research Focus
Every material is engineered through an iterative research process combining materials characterization, electrochemical testing, and process optimization.
- Engineering high-performance hard carbon
- Optimizing scalable manufacturing
- Improving electrochemical performance
- Advancing sustainable battery materials
Team
Meet the Team Behind Climeshift
Climeshift Energy brings together technical depth and strategic leadership to engineer India’s next generation of battery materials.
Faraaz Ahmed
Co-founder & CEO
Drives commercialization strategy, partnerships and ecosystem development across the battery materials value chain.
Animesh Khaund
Co-Founder & CSO
Directs materials research, characterization and advanced carbon materials strategy with a focus on structure–performance relationships.
Contact
Partner With Climeshift
We're always interested in collaborating with researchers, battery manufacturers, investors, and strategic partners. Let's start the conversation.