High-Pressure Composite Cylinder for H2 Powered Drones

product1Lightweight H2 storage Cylinder developed for UAV and drone applications. Designed for high-pressure to offer higher energy storage and optimal weight efficiency, they enable longer flight endurance and improved payload capability when integrated with hydrogen fuel-cell systems.

Applications

  • Aerospace & Defence

  • Cargo deliveries

  • Agricultural Application

  • Border Surveillance

  • Gas & Oil Pipeline Surveillance

 

Performance Comparison: Battery Operated vs Hydrogen Fuel Cell Drones

Battery UAV Hydrogen Fuel Cell UAV
Endurance 30–90 min 3–6 hrs
Energy Density 200–300 Wh/kg 1200–2000 Wh/kg
Refuel / Recharge 1–3 hr charging 3–5 min refuel
Emissions Indirect CO₂ Zero (H₂O only)
Noise Low Very Low
Maintenance Medium Low

 

Features & Benefits

  • Lightweight & Efficient

    Time H2 utilizes a non metallic polymer liner over wrapped with high-strength carbon fiber composite, significantly reducing weight while maintaining structural integrity.

  • Quick Swap Design

    Time H2 made with advanced materials that are inherently resistant to corrosion and fatigue. The result is high cycle performance, maintaining reliability and efficiency.

  • Long Service Life

    High-performance carbon fiber, the design ensures superior impact resistance, reduces potential damage, and provides exceptional resistance to fatigue.

  • Environmentally Friendly

    Flexible, customized, and innovative. Time H2 hydrogen storage system is adapted to individual conditions acording to each customer requirements.

  • High Capacity (300 Bar)

    Lighter cylinders contribute to improved fuel efficiency and vehicle range.

  • Longer Flight times

    Higher quantum of gas moved, lower operational cost, huge savings & faster payback. Huge savings during operational period.

 

Specifications

Cylinder Type Type 3 Type 4
Liner Material Aluminum Alloy Polymer Liner
Winding Material Carbon Fiber & Epoxy Carbon Fiber with Epoxy Resin
Water volume 2 Ltr to 9 Ltr 7 ltr
Working Pressure 300 Bar 350 Bar
Test Pressure 450 Bar 525 Bar
Minimum Burst Pressure 900 Bar 900 Bar
Neck Thread Size M18 X 1.5 P M18 X 1.5 P
Applicable Standard ISO 11119-2 / EN 12245 ISO 19881 / EN 17339
Service Life 20 Years 20 Years
Inspection Cycle 5 Years 5 Years