SOLUTIONS FOR DEFENSE & STRATEGIC INFRASTRUCTURE
Silent. Sovereign.
Strategically Invisible.
Hydrogen power infrastructure engineered for installations where fuel convoys create vulnerability and diesel signatures compromise security.
Near-zero thermal and acoustic signature. Complete fuel sovereignty eliminates supply chain dependencies for forward operating bases, command centers, and coastal installations.
Near-zero thermal and acoustic signature. Complete fuel sovereignty eliminates supply chain dependencies for forward operating bases, command centers, and coastal installations.
Diesel Dependency Creates Strategic Vulnerability.
Diesel Dependency Creates Strategic Vulnerability.
Defense and strategic installations face unique energy challenges where conventional power solutions compromise operational security.
Defense and strategic installations face unique energy challenges where conventional power solutions compromise operational security.
Design and specifications subject to change. The final VapourGen units are optimised for real world deployment; actual product appearance may vary slightly based on final engineering certifications and site-specific operational needs.
3 CRITICAL VULNERABILITIES:
FUEL CONVOY RISK
FUEL CONVOY RISK
Remote and forward positions depend on diesel convoys that:
• Create predictable attack vectors
• Require armed escort resources
• Expose logistics routes to adversaries
• Generate detectable thermal signatures
• Compromise operational security
Remote towers rely on diesel backup with continuous operational challenges:
• Fuel theft averaging 15-25% of consumption
• Logistics costs for delivery to remote sites
• Noise restrictions in urban and residential areas
• Rising diesel costs (+40% since 2020)
• ESG mandates requiring emission reductions
Remote and forward positions depend on diesel convoys that:
• Create predictable attack vectors
• Require armed escort resources
• Expose logistics routes to adversaries
• Generate detectable thermal signatures
• Compromise operational security
ACOUSTIC & THERMAL SIGNATURES
ACOUSTIC & THERMAL SIGNATURES
Diesel generators create operational exposure:
• 85-95 dB(A) noise detectable at distance
• High infrared signatures visible to thermal imaging
• Vibration patterns detectable by seismic sensors
• Exhaust plumes marking installation locations
• Incompatible with covert operations
SUPPLY CHAIN VULNERABILITY
SUPPLY CHAIN VULNERABILITY
External fuel dependency creates risk:
• Geographic chokepoints in supply routes
• Volatile global oil markets affecting readiness
• Storage vulnerability to sabotage
• Weather and terrain limiting resupply
• Political dynamics affecting fuel access
THE BOTTOM LINE:
THE BOTTOM LINE:
Energy independence isn't a luxury. It's operational necessity.
Energy independence isn't a luxury. It's operational necessity.
Sovereign Power. Zero External Dependency.
Sovereign Power.
Zero External Dependency.
Sovereign Power.
Zero External Dependency.
VapourGen-E delivers complete energy autonomy for installations where supply chain vulnerability or operational signature cannot be tolerated.
HOW IT WORKS:
VapourGen-E for Strategic Installations:
On-site hydrogen production from solar and wind eliminates external fuel dependency. Near-zero thermal signature and <45 dB(A) operation maintain operational security. Closed-loop system immune to supply chain disruption.
VapourGen-E for Strategic Installations:
On-site hydrogen production from solar and wind eliminates external fuel dependency. Near-zero thermal signature and <45 dB(A) operation maintain operational security. Closed-loop system immune to supply chain disruption.
VapourGen-E for Strategic Installations:
On-site hydrogen production from solar and wind eliminates external fuel dependency. Near-zero thermal signature and <45 dB(A) operation maintain operational security. Closed-loop system immune to supply chain disruption.
Optional VapourGen for Accessible Sites:
Managed canister delivery for installations with reliable logistics access. Eliminates large fuel convoys. Hot-swap capability with minimal operational signature.
Optional VapourGen for Accessible Sites:
Managed canister delivery for installations with reliable logistics access. Eliminates large fuel convoys. Hot-swap capability with minimal operational signature.
Optional VapourGen for Accessible Sites:
Managed canister delivery for installations with reliable logistics access. Eliminates large fuel convoys. Hot-swap capability with minimal operational signature.
WHAT MAKES IT DIFFERENT:
WHAT MAKES IT DIFFERENT:
Near-zero thermal signature
Near-zero thermal signature
Silent operation <45 dB(A)
Silent operation <45 dB(A)
Complete fuel sovereignty
Complete fuel sovereignty
Ruggedised for extreme environments (-40°C to +65°C)
Zero external dependencies (weather-independent firm power)
Ruggedised for extreme environments (-40°C to +65°C)
Zero external dependencies (weather-independent firm power)
Reliable Power. Anywhere Operations Demand It.
Reliable Power. Anywhere Operations Demand It.
ELIMINATE FUEL CONVOY VULNERABILITY
ELIMINATE FUEL CONVOY VULNERABILITY
On-site hydrogen production removes the need for external fuel delivery. No convoys. No supply routes. No logistics exposure. Solar and wind generate hydrogen continuously. System operates indefinitely without resupply.
On-site hydrogen production removes the need for external fuel delivery. No convoys. No supply routes. No logistics exposure. Solar and wind generate hydrogen continuously. System operates indefinitely without resupply.
MINIMAL OPERATIONAL SIGNATURE
MINIMAL OPERATIONAL SIGNATURE
<45 dB(A) acoustic level—quieter than normal conversation. Near-zero infrared output undetectable at operational standoff. Minimal vibration. No exhaust plumes. MIL-STD-810G tactical mobility certified.
<45 dB(A) acoustic level—quieter than normal conversation. Near-zero infrared output undetectable at operational standoff. Minimal vibration. No exhaust plumes. MIL-STD-810G tactical mobility certified.
EXTREME ENVIRONMENT OPERATION
EXTREME ENVIRONMENT OPERATION
Engineered for India's most challenging environments:
• Himalayan high-altitude posts (-40°C, 3,000m+)
• Coastal installations
• Desert forward bases
• Remote border outposts (off-grid capability)
• Island territories (complete energy sovereignty)
Engineered for India's most challenging environments:
• Himalayan high-altitude posts (-40°C, 3,000m+)
• Coastal installations
• Desert forward bases
• Remote border outposts (off-grid capability)
• Island territories (complete energy sovereignty)
OPERATIONAL READINESS GUARANTEE
OPERATIONAL READINESS GUARANTEE
99.999% designed uptime with redundant architecture. <1ms response for instant failover. 80,000+ hour service life with minimal maintenance. Weather-independent firm power 24/7/365.
99.999% designed uptime with redundant architecture. <1ms response for instant failover. 80,000+ hour service life with minimal maintenance. Weather-independent firm power 24/7/365.
Scalable from FOBs to Strategic Commands
Scalable from FOBs to Strategic Commands
One system. Any scale. No excuses.
FORWARD OPERATING BASES (10-100 kW)
FORWARD OPERATING BASES (10-100 kW)
VapourGen-E with solar/wind integration
Typical: 50kW for remote border post
Complete fuel sovereignty
Deployment: Containerised mobile units
VapourGen-E with solar/wind integration
Typical: 50kW for remote border post
Complete fuel sovereignty
Deployment: Containerised mobile units
COMMAND & CONTROL CENTERS (100-500 kW)
COMMAND & CONTROL CENTERS (100-500 kW)
VapourGen-E with expanded renewable capacity
Typical: 250kW for tactical operations center
Mission-critical 99.999% uptime
Deployment: Permanent hardened installations
VapourGen-E with expanded renewable capacity
Typical: 250kW for tactical operations center
Mission-critical 99.999% uptime
Deployment: Permanent hardened installations
COASTAL & ISLAND INSTALLATIONS (500 kW - 2 MW)
VapourGen-E with utility-scale renewables
Typical: 1MW for naval base or radar station
Zero external fuel dependency
Deployment: Integrated base infrastructure
STRATEGIC FACILITIES (2-10+ MW)
VapourGen-E multi-MW configurations
Typical: Defense R&D, manufacturing, storage
Complete energy independence
Deployment: Custom mission-critical design
COASTAL & ISLAND INSTALLATIONS (500 kW - 2 MW)
VapourGen-E with utility-scale renewables
Typical: 1MW for naval base or radar station
Zero external fuel dependency
Deployment: Integrated base infrastructure
STRATEGIC FACILITIES (2-10+ MW)
VapourGen-E multi-MW configurations
Typical: Defense R&D, manufacturing, storage
Complete energy independence
Deployment: Custom mission-critical design
*All systems deployed with classified technical support and priority maintenance SLAs
Strategic Value Beyond Energy Savings
Strategic Value Beyond Energy Savings
01 | OPERATIONAL SECURITY VALUE
01 | OPERATIONAL SECURITY VALUE
• Eliminate fuel convoy attack vulnerability
• Remove predictable logistics patterns
• Minimise installation thermal signatures
• Enable covert operation capability
• Reduce force protection requirements for fuel security
• Eliminate fuel convoy attack vulnerability
• Remove predictable logistics patterns
• Minimise installation thermal signatures
• Enable covert operation capability
• Reduce force protection requirements for fuel security
02 | LOGISTICS EFFICIENCY
02 | LOGISTICS EFFICIENCY
• Eliminate armed escort requirements
• Remove convoy planning overhead
• Reduce fuel storage vulnerability
• Eliminate weather-dependent resupply
• Free logistics capacity for mission-critical supplies
• Eliminate armed escort requirements
• Remove convoy planning overhead
• Reduce fuel storage vulnerability
• Eliminate weather-dependent resupply
• Free logistics capacity for mission-critical supplies
03 | READINESS ENHANCEMENT
03 | READINESS ENHANCEMENT
• Weather-independent power availability
• Supply chain immunity (no external fuel)
• Reduced maintenance downtime vs diesel
• Extended operational capability without resupply
• Mission continuity during supply disruption
• Weather-independent power availability
• Supply chain immunity (no external fuel)
• Reduced maintenance downtime vs diesel
• Extended operational capability without resupply
• Mission continuity during supply disruption
04 | COST SAVINGS (SECONDARY)
04 | COST SAVINGS (SECONDARY)
• Reduce diesel consumption (₹120-150/liter at remote posts)
• Lower convoy security costs
• Eliminate fuel storage infrastructure
• Reduce generator maintenance overhead
• Long-term total cost of ownership advantage
• Reduce diesel consumption (₹120-150/liter at remote posts)
• Lower convoy security costs
• Eliminate fuel storage infrastructure
• Reduce generator maintenance overhead
• Long-term total cost of ownership advantage
*Economic analysis available during classified technical discussion
Powering India's Critical Infrastructure
Powering India's Critical Infrastructure
Powering India's Critical Infrastructure
Cosmos systems are deployed across sectors where downtime is not an option.
Cosmos systems are deployed across sectors where downtime is not an option.
Answers to Your Most Common Questions
Answers to Your Most Common Questions
Technical and Strategic Insights into the Cosmos Energy Stack.
Technical and Strategic Insights into the Cosmos Energy Stack.
What's the difference between VapourGen and VapourGen-E?
How long do the systems last?
What happens if the system fails?
Do I need special permits for hydrogen storage?
What's the difference between VapourGen and VapourGen-E?
How long do the systems last?
What happens if the system fails?
Do I need special permits for hydrogen storage?
What's the difference between VapourGen and VapourGen-E?
How long do the systems last?
What happens if the system fails?
Do I need special permits for hydrogen storage?
Energy Sovereignty for Strategic Operations.
Defense and strategic installations require power solutions that enhance operational security rather than compromise it. Our engineering team can discuss classified requirements and conduct site assessments under appropriate security protocols.
Defense and strategic installations require power solutions that enhance operational security rather than compromise it. Our engineering team can discuss classified requirements and conduct site assessments under appropriate security protocols.