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LNG
Containerised Unit

Patented all-in-one containerised cryo-gas unit — operational in under four hours, no grid required.

247 Energy LNG containerised power plant 400–1250 kW — exterior view and internal gas engine layout

The 247 containerised LNG unit integrates engine, heat exchanger, and cryogenic storage tank into a standard 20 or 40-foot container. Multiple units combine freely to scale output. Any unit can be hot-swapped during maintenance with zero interruption. Supports tri-generation — electricity, heat, and cooling simultaneously.

CEATEX certification in progressPatent protected
  • Fully operational in under four hours of arrival on site
  • No grid connection required
  • Tri-generation: electricity, heat, and cooling
  • Hot-swap maintenance — zero supply interruption
  • −25% CO₂, −99% NOx vs diesel
  • Green hydrogen roadmap active
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Technical Data

Full specifications.

Output per unit0.5–1.5 MWe
Deployment time< 4 hours
FuelLNG (liquefied natural gas)
Container format20 ft or 40 ft standard
CO₂ vs diesel−25%
NOx vs diesel−99%
Grid connectionNot required
Tri-generationElectricity, heat, cooling
Hot-swap capableYes — zero supply interruption
Patent coverage69 countries
Green hydrogen roadmapActive
Solution context

Part of LNG Power Generation.

Solution

LNG Power Generation

Patented containerised cryo-gas units. Operational in under four hours. Protected in 69 countries. 25% less CO₂, 99% less NOx, and 50% lower total cost than diesel.

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Frequently Asked Questions

Common Questions.

What output sizes are available for the 247 LNG containerised unit?
The 247 LNG containerised unit delivers 0,5 to 1,5 MWe per container. Multiple units combine freely in parallel with no upper output limit. Container formats are 20-foot and 40-foot standard ISO, and 45-foot HQ.
How is LNG fuel delivered to a remote site?
LNG is delivered by road tanker. No pipeline or fixed gas infrastructure is required. Tanker delivery networks cover Europe, the Middle East, and major logistics corridors in Asia. 247 Energy provides fuel supply guidance and logistics support as part of the regional partnership framework.
What maintenance schedule does the LNG unit require?
The 247 LNG unit is designed for hot-swap maintenance: any single unit can be taken offline for service with zero interruption to supply from the remaining units in a multi-container installation. Scheduled maintenance intervals and service requirements are detailed in the technical documentation provided at commissioning.
How does the 247 LNG unit generate electricity, heat, and cooling simultaneously?
Tri-generation is achieved by recovering thermal energy from the gas engine exhaust and cooling circuits. This recovered heat drives absorption chillers for cooling output or direct heat exchangers for heating, alongside the primary electrical output, all from a single LNG fuel input per container.
What does patent WO2019092224A1 cover, and why does it matter?
Patent WO2019092224A1 covers the 247 containerised cryo-gas power generation architecture across 69 countries. It protects the passive pump-free gas transport system, the self-contained integration of engine and cryogenic storage, and the rapid deployment operating method, giving exclusive commercial rights to 247 Energy and its regional licence partners.
Can the LNG unit operate in parallel with solar or wind generation?
Yes. The 247 LNG unit operates as a dispatchable baseload source alongside intermittent renewable generation. Its modular hot-swap architecture and fast response capability complement solar and wind, providing firm power during periods of low renewable output.
What is the CO2 and NOx reduction compared to diesel generation?
The 247 LNG containerised unit delivers 25% less CO2 and 99% less NOx compared to equivalent diesel generation. The NOx reduction is particularly significant for projects subject to air quality regulations or operating near populated or ecologically sensitive areas.
How does the containerised design improve safety over conventional LNG systems?
The 247 unit contains all cryogenic handling within a factory-assembled enclosure, eliminating on-site pipework, high-pressure connections, and local assembly risk. Passive pump-free gas transport removes the primary mechanical failure point of conventional LNG systems. Built-in pressure management and remote safety monitoring are standard on every unit.
Is the 247 LNG unit available for purchase or on a lease basis?
Commercial arrangements including outright sale, lease, and build-operate models are available depending on the territory and project context. Regional licence partners may offer additional local financing structures. Contact 247 Energy directly to discuss the arrangement suited to a specific project.
What is involved in becoming a regional licence partner for the 247 LNG technology?
Regional partners secure the rights to deploy the 247 containerised LNG technology within a defined country or territory. 247 Energy provides equipment, full technical support, training, and supply chain access. The partnership is structured for long-term commercial collaboration.
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