Containerized Power Solutions
Generate electricity where you need it.
Clean and reliable off-grid electricity for industrial and remote operations.
How the system works
24/7 clean power generation without diesel dependency
Methanol
→
Hydrogen
→
Fuel Cell
→
Electricity
Power Supply Systems
Containerized methanol-based systems for off-grid electricity generation.
e-Nomad | 140 kW
Mobile containerized power generation
We can convert your CPG stationary system into a mobile application.
Includes: LM18 / LM30 reformer, fuel cell, battery pack, power electronics & control system.
Patent application pending · EP25383337
CPG | 250 kW
Stationary electric power generation
We can convert your CPG stationary system into a mobile application.
Includes: LM30 reformer, fuel cell, power electronics & control system
Key Benefits
Energy Independence
- Off-grid power generation
- Flexible deployment across sites
- Remote & autonomous operation
Clean Energy Performance
- Clean electricity with reduced emissions
- Silent operation
- Stable and reliable load performance
Industrial Deployment
- 24/7 availability
- Modular scalability from 140 kW to MW range
- Containerized systems for easy deployment
FAQs
How is electricity generated?
Methanol is converted into hydrogen through a catalytic reforming process.
The hydrogen then feeds high-efficiency fuel cells that generate clean, stable electricity without combustion.
Can the system operate 24/7 continuously?
Yes. The systems are designed for continuous industrial duty and long operational cycles, with automated control and remote monitoring capabilities.
Can it replace diesel generators?
In many off-grid, low-emission or noise-sensitive environments, yes.
Methanol-based systems provide reliable continuous power with lower emissions, reduced vibration and quieter operation compared to combustion generators.
How fast can the system start?
From hot standby, hydrogen production can begin in less than 3 minutes, allowing rapid power availability when required.
Is the system scalable?
Yes. The modular architecture allows multiple units to be combined, enabling capacity expansion from small installations up to multi-megawatt deployments.
What maintenance is required?
Maintenance requirements are significantly lower than combustion engines due to fewer moving parts.
Typical service includes periodic inspections, filter replacement and standard industrial preventive maintenance routines.
Need help defining your power system?
Every project has different mobility, autonomy and output requirements.
Our engineering team helps define the most suitable configuration.