Fast-Charging Power for a World That Can’t Wait

Divitra is engineering a new class of Aqueous Hybrid Energy Storage. We bridge the gap between battery capacity and supercapacitor speed.

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The Energy Compromise — Solved

The Industry Bottleneck

Conventional 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.

The Divitra Solution

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.

Proprietary Fabric-Based Architecture

By integrating the chemistry of innovative material combination into 3D textile substrates, Divitra has created a scalable, non-flammable energy platform.

Divitra Fabric-Based Schematic

Asymmetric Aqueous Hybrid Cell Construction

Scalable Platform

Compatible with roll-to-roll textile manufacturing, reducing CAPEX costs compared to traditional foil-based lithium lines.

Non-Flammable

Aqueous electrolyte eliminates thermal runaway. Safe for wearable tech, indoor industrial tools, and EVs.

Long Cycle Life

Engineered for >10,000 cycles with minimal degradation, providing a lower Total Cost of Ownership.

Performance Comparison

Divitra Performance vs Competitors

Moving from TRL 4 to TRL 5/7

Originating from research in India and Finland, our prototype has validated the ability to break the energy-power trade-off.

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The Vision Behind Divitra

Divitra Energy was born from a mission to eliminate the safety and longevity barriers of modern energy storage.

By combining Indian manufacturing ingenuity with advanced research from the Finland, we are building a world where power is not just fast and affordable, but inherently safe—from urban e-mobility to industrial grid buffering.

"Divitra is not making a better battery—it is enabling a new class of permanent power components."

Our goal is to replace hazardous materials with 3D textile-based sustainability that lasts a decade.

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Meet Divitra: Where Energy Meets Power!

Core Technology Basis

Divitra has developed a fabric-based, aqueous asymmetric hybrid energy storage flexible system that uniquely combines battery-level energy density with capacitor-level power , ultra-fast charging, and >10,000-cycle lifetime—overcoming the traditional energy–power trade-off.

Strategic Positioning: Replacing consumable batteries with permanent, high-power energy components.

Core Application Areas

1. Industrial Tools

  • Instant Power: Consistent high torque.
  • Zero Downtime: minutes fast charge.
  • Safety: No thermal runaway risk.

2. E-Micromobility

  • Fleet ROI: 10× longer cycle life.
  • Rapid Turnaround: minutes charging.
  • Efficiency: Integrated hybrid booster.

3. Grid-Edge Buffering

  • Fast Response: Millisecond spikes.
  • Durability: Millions of micro-cycles.
  • Low OpEx: No fire suppression needed.

4. Critical Backup

  • Zero Lag: Instant UPS switching.
  • Maintenance-Free: 15-year life.
  • Safety: Intrinsic aqueous chemistry.

5. Charging Infra

  • Load Balancing: High user density.
  • Resilience: Minimal upkeep needs.
  • Safety: Non-flammable for public areas.

6. Solar + Storage

  • Instant Capture: Catch every ray.
  • Peak Use: No throttling at midday.
  • Resilient: Reliable in village heat.

How Divitra Redefines the Standard

Feature Lead-Acid Lithium-Ion Divitra Hybrid
Safety Acid Leaks / Heavy Thermal Runaway Risk Inherently Safe (Aqueous)
Charge Time 8–12 Hours 1–3 Hours < Minutes
Cycle Life 300 – 500 1,000 – 2,000 > 10,000
Power Density Low Moderate Ultra-High
Operational Life 1–2 Years 3–5 Years 10+ Years

*Divitra’s Hybrid Technology offers the longevity of a capacitor with the energy storage of a battery.

Strategic Roadmap 2026

Scaling from TRL 4 to TRL 7 through strategic investment and industrial validation.

Q1 2026 | CURRENT

TRL 4: Lab Validation

Identity launch and finalization of 3D textile-based technology validation phase.

Q2-Q3 2026 | FUNDING PHASE

TRL 5: Pilot Lab Expansion

Commissioning specialized coating facilities and scaling aqueous electrolyte synthesis.

Q4 2026 | PARTNERSHIPS

TRL 6: Field Integration

Operational prototype testing with Indian e-micromobility partners for real-world validation.

2027+ | SCALE

TRL 7: Industrial Deployment

Commercial manufacturing of permanent power components for global industrial use.

🚀 Growth roadmap is scaled according to funding rounds and strategic deep-tech grants.

Connect with Divitra

Global Operations

Partnering across borders to bridge the energy-power gap. Reach out for technical whitepapers or investment inquiries.

Email:
info@divitraenergy.com

Locations:
Delhi NCR (Noida), India | Finland