COSMOS POWER PRODUCT FAMILY
By Cosmos Financial Group | Established 2025
CHOOSE YOUR ARCHITECTURE
VapourGe vs. VapourGen-E
Both systems provide 24/7 firm power with dual-storage architecture. The difference is fuel sourcing.


Design and specifications subject to change. The final VapourGen and VapourGen-E units are optimized for real-world deployment; actual product appearance may vary slightly based on final engineering certifications and site-specific operational needs.
FUEL DELIVERY
Canister-Swap Network
On-Site Hydrogen Production
AI-scheduled delivery
Integrated electrolyzer
Hot-swap canisters
Produces H₂ from solar/wind
RENEWABLE INTEGRATION
Optional
Required (included)
Solar/wind can be added
Solar + wind standard
FUEL DEPENDENCY
Managed by Cosmos
Zero external dependency
24-48hr delivery SLA
Complete energy sovereignty
IDEAL FOR
Urban/suburban sites
Remote/off-grid sites
Telecom towers
Defense installations
Telecom towers
Defense installations
Data centers
Mining operations
Sites with logistics access
Islands & isolated facilities
DEPLOYMENT COMPLEXITY
Simpler installation
More complex (electrolyzer)
Smaller footprint
Larger footprint
BOTH INCLUDE
PEM hydrogen generator (10kW modules, scalable)
Smaller footprint
AI management platform & CPTL app
GreenCoin rewards program
24/7 monitoring & remote diagnostics
Energy-as-a-Service deployment (Zero CAPEX)
*Detailed specifications and system design available during technical consultation.
Complete Energy Autonomy

Self-sufficient hydrogen power system with integrated electrolyzer and renewable energy generation. Produces hydrogen fuel on-site from solar and wind power. Zero external fuel dependency.
Solar and wind power included as standard. Closed-loop system eliminates supply chain vulnerability.
Integrated electrolyser converts renewable energy into hydrogen. No external fuel delivery required.
IDEAL APPLICATIONS:

Deployed via Energy as a Service
EAAS MODEL BENEFITS:
WHAT YOU NEVER OWN:
- Depreciating assets
- Technology obsolescence risk
- Material cost volatility exposure
- Maintenance burden
- Regulatory compliance complexity
Our engineering team can assess your power requirements, site characteristics, and operational constraints to recommend the optimal architecture.
We'll discuss:
• Current energy costs and diesel consumption
• Site accessibility and logistics
• Power requirements and load profiles
• Multi-site deployment potential
• Timeline and deployment planning
