Divitra is engineering a new class of Aqueous Hybrid Energy Storage. We bridge the gap between battery capacity and supercapacitor speed.
View Performance DataConventional batteries offer high energy but charge slowly and degrade quickly. Supercapacitors offer speed but lack capacity. This trade-off limits the potential of the electric revolution.
Our fabric-based asymmetric architecture delivers Battery-level Energy with Capacitor-level Power. Inherently safe, ultra-fast charging, and built for a decade of use.
By integrating chemistry of innovative material combination into 3D textile substrates, we've created a scalable, non-flammable energy platform.
Fig 1.0: Asymmetric Aqueous Hybrid Cell Construction
Compatible with roll-to-roll textile manufacturing, reducing CAPEX costs compared to traditional foil-based lithium lines.
Aqueous electrolyte eliminates thermal runaway. Safe for wearable tech, indoor industrial tools, and EVs.
Engineered for >10,000 cycles with minimal degradation, providing a lower Total Cost of Ownership (TCO).
Originating from research at University of Oulu (Finland), our prototype has validated the ability to break the energy-power trade-off.
Request Technical WhitepaperMeet Divitra: Where Energy Meets Power!
5-minute charge cycles for heavy-duty drills and equipment. Zero downtime for the workforce.
Safe, long-life energy for e-scooters and e-rickshaws, optimized for urban fast-charging infrastructure.
High-transient response for renewable energy smoothing and green hydrogen production.
Partnering across borders to bridge the energy-power gap. Reach out for technical whitepapers or investment inquiries.
Email:
divitra.energy@gmail.com
Locations:
Delhi NCR (Noida), India | Oulu, Finland