Surface Structure
Better bonding with active material - longer life.
OUR HIGHLIGHTS
Next-Generation Material Engineering For Energy Storage
01
Fast Charge Capability
(Up To 0.22C)
Optimized electrochemical behavior enabling stable and efficient charging performance at rates up to 0.22C without compromising material integrity.
02
Enhanced Capacity
Across C-Rates
Delivers 10–20% higher discharge capacity at C5, C3, C2, and C1 rates, ensuring improved rate capability and energy retention under varying load conditions.
03
97% Ampere-Hour (Ah)
Efficiency
High coulombic efficiency with minimal charge loss, supporting superior cycle stability and long-term electrochemical reliability.
04
85% Watt-Hour (Wh)
Efficiency
Optimized energy efficiency enabling improved usable energy output and enhanced overall system performance.
Application – FESEM
Cancrie Nanocarbon in Tubular Batteries Negative Mix
With Cancrie Nanocarbon
With Carbon Black
Conventional Structure
Lesser bonding of active material - shorter life.
Application
Tubular Flooded Batteries In Solars & Inverter
Life cycle performance at 80% DOD and C10 discharge rate improves significantly — increasing from around 900 cycles to roughly 1100 cycles.
25% more number of cycles with Cancrie Nanocarbon
Charging Behaviour
Motor Vehicle Starting Battery
60% Higher Charge Acceptance
Cancrie Nanocarbon delivers 100% Capacity at each charging rate
| Charging Rate | Battery with Carbon Black | Battery with Cancrie Nanocarbon |
|---|---|---|
| 0.12 C | 100% | 100% |
| 0.14 C | 98% | 100% |
| 0.16 C | 91% | 100% |
| 0.18 C | 84% | 100% |
| 0.25 C | 82% | 100% |
Validation
Proof Of Performance / Efficiency
Cancrie Nanocarbon powered batteries exhibit high Ah–Wh efficiency, showing up to 6% increase (from 92–93% to 96–99%), enabling superior energy delivery.
ARAI
Recognized testing & validation partner
99%
Ah Efficiency
85%
Wh Efficiency