Focus sectors
- Alternate Materials
- Energy storage
Key Challenges and Learnings
Scalability
The solution is currently validated on three- wheeler lead-acid (L3) batteries. Scaling to four-wheelers and larger vehicles will require significant improvements in energy density and form factor, making OEM onboarding more challenging.
Long Validation Cycles
As the technology relies on alternative active materials rather than conventional chemistries, it is subject to extended testing and validation timelines. These cycles typically range from six months to 1.5 years, slowing commercialization and OEM adoption.
Impact Created
2 metric tons of coconut waste transformed into nanocarbons
Avoided 9 metric tons of carbon emissions
Improved 220 livelihoods
Up to 125% higher energy density in lithium-ion batteries.
Conventional batteries degrade rapidly under high daily usage, reducing efficiency and requiring replacement within 12-15 months. This increases operating costs and the environmental burden of battery waste. At the same time, large volumes of coconut shell and other lignocellulosic waste in India remain underutilised. Cancrie addresses both challenges by converting this bio-waste into nanocarbon active materials for battery cathodes and anodes, improving performance while reducing reliance on virgin materials.
News Mentions
Energy Storage Firm Cancrie Raises $1.2 Million in Maiden Funding Round
Mercom IndiaBattery-Tech Startup Cancrie Develops Nanocarbon Technology to Boost Battery Efficiency
siliconindiaStartup Makes Nanocarbon For Batteries From Coconut Shells, Boosts Efficiency by 125%
The Better IndiaStartup of the Week: Cancrie
Bharat IncCancrie: Jaipur-based start-up using agri-waste to make nanomaterials for batteries
Climate InsiderCancrie: Advanced battery materials from coconut shells
Cleantech HeroCancrie: Using agricultural waste to improve battery efficiency
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Apply now to Climate Tech Incubator 2.0
Apply nowFrequently Asked Questions
1. How can I apply?
To apply, fill out the application form available on this site, detailing your motivation, solution, and team setup. Applications are open until 15th November 2026. Shortlisted applicants will be invited for interviews with the organizing team.
2. Who can apply?
Early-stage enterprises working in the focus areas and criteria mentioned above are encouraged to apply. Enterprises in the early commercialization stage will be considered for the incubation program, while those with commercialized products and consistent sales will be considered for the acceleration program.
3. How long is the program?
The program will support selected enterprises for 12 months.
4. Will you take equity in our company?
No, the program will not take any equity in the enterprises it supports. Funding will be provided solely on a grant basis.
5. Where will the program take place?
The program will be conducted virtually, with occasional visits and meet-ups primarily in Bangalore.
6. What happens after I submit my application?
Applications are reviewed by our programme experts. Shortlisted startups will be invited for further discussions and evaluation before the final cohort is selected. Applicants will be notified of their application status at each stage of the process.
7. My question is not answered here. What should I do?
Feel free to email us at climatetechincubation@villgro.org, and we’ll respond to your query within 72 hours.