2-4 mo.
Standard delivery and deployment window for onsite modular installations.
Accelerating Power Deployment for AI Data Centers
Go Live Faster with Modular Onsite SOFC Power.
An agile, modular onsite power solution custom-built for AI data centers, IDC expansions, and high-density compute campuses. By deploying containerized SOFC modules, you can completely bypass protracted gas turbine lead times and utility grid connection queues.
Request a Feasibility Review
Power Planning Metrics
Critical Performance Metrics for 24/7 Mission-Critical Power.
Evaluate the core metrics driving your project timeline, site selection, and baseload efficiency. Comprehensive performance curves, boundary conditions, and electrical integration details will be provided during our formal engineering review.
60%+
Net electrical efficiency engineered for high-load, continuous baseload operation.
Low dBA
Ultra-low noise, zero local NOx, allowing seamless, near-load placement.
100+ MW
Highly scalable parallel modules supporting everything from single MW blocks to 100+ MW multi-phase campus expansions.
Compare Power Paths
Benchmark Your Power Strategy: Bring Capacity Online Sooner.
See how modular SOFC stacks up against traditional gas turbines and long-term utility expansions across timeline, footprint, emissions, and phased scalability.
Traditional Gas Turbine Path
Highly viable for mature, centralized utility infrastructure, but increasingly vulnerable to prolonged manufacturing bottlenecks and complex on-site construction schedules.Lead Time
12 to 24 Months: Covers extended procurement, heavy transport, complex heavy lifting, onsite installation, and multi-stage commissioning.
Placement
Restricted Siting: High noise, intense vibration, and heavy exhaust footprint typically force equipment far away from primary server loads.
Expansion
Rigid Scaling: Tailored for massive, single-phase setups; lacks the granular flexibility needed for step-by-step data hall or rack-level scaling.
Modular SOFC Solution Path
A highly predictable, accelerated deployment path engineered to drastically compress your time-to-market.Lead Time
2 to 4 Months: Standardized factory assembly allows rapid site delivery, stripping months off traditional development schedules.
Placement
Flexible Proximity: Minimal noise, zero local NOx, and the total absence of high-speed rotating parts allow modules to be placed directly adjacent to server halls.
Expansion
Granular Scalability: Scalable modular design seamlessly matches your real-time server rack rollouts—expand from individual MW blocks to 100+ MW campuses.
Take Control of Your Power Timeline Before Grid Delays Stall Your Growth.
If critical capacity bottlenecks are stalling your data center deployment, it’s time to evaluate containerized SOFCs as a rapid, plug-and-play alternative to traditional power grids and gas turbines.
Request a Technical Project Assessment
For data center owners, IDC developers, AI compute campuses, EPC teams, and energy solution partners.
- Evaluate the technical and economic viability of replacing traditional turbines with modular SOFCs.
- Determine exact capacity targets, module footprints, electrical tie-in methods, and delivery milestones.
- Identify potential fuel supply, spatial layout, permitting, and operational boundaries early in the design phase.
- Transition seamlessly into a deep-dive technical discussion tailored for your internal engineering and EPC delivery teams.
How it works
High-Efficiency Electrochemical Conversion: Fuel & Air In. Clean Power & Heat Out.
Fuel Pre-treatment & Regulation
Incoming fuel pressure, composition, sulfur purification, and automated safety protocols are precisely managed before entering the stack system.
Solid Oxide Electrochemical Reaction
Within the solid ceramic stacks, a highly efficient electrochemical reaction directly generates DC power, eliminating the mechanical wear and combustion cycles of reciprocating engines.
Smart Power & Heat Integration
Advanced power electronics, integrated switchgear, and micro-grid controls deliver high-quality utility-grade AC power, while high-temperature exhaust is captured for localized combined heat and power (CHP) utilization.
LETON SOFC Product Technical Specifications
LETON POWER’s commercialized SOFC platform delivers high-density power starting at 65 kW+ per baseline unit, scaling up to 500 kW+ containerized packages. The architecture achieves an industry-leading rated electrical efficiency of 60%+ and an integrated Combined Heat and Power (CHP) efficiency exceeding 85%.
01 / Range
Capacity & Footprint
Rated output and physical envelope for unit and system-level configurations.
Rated Power
65 kW+ unit / 500 kW+ system
Unit Dimensions
1200 mm W x 1800 mm D x 2100 mm H
System Dimensions
12500 mm W x 1800 mm D x 2100 mm H
Expandable Output
MW scale
02 / Output
Electrical Performance
Grid-ready AC output and high-efficiency power conversion for continuous-load sites.
Output Voltage
380 V AC, 50/60 Hz
Electrical Efficiency
60%+
CHP Efficiency
85%+
03 / Fuel
Fuel & Operation
Fuel input, pressure range, and grid operation mode for project planning.
Fuel
Natural gas
Gas Pressure
1-4 bar
Operation Mode
Grid-connected mode
04 / Site
Deployment Readiness
Environmental tolerance, acoustic level, enclosure rating, and service-life parameters.
Operating Environment
-30 to 45 deg C, 0-95% air humidity, altitude up to 2000 m
Design Life
10 years
Noise
Less than 70 dB(A) @ 1 m
Protection Rating
IP34, suitable for outdoor placement
CO2 Emissions
Not specified in source table
Check Your Site’s Compatibility for Onsite SOFC
Provide your target capacity, specific application, available fuel infrastructure, and operational timelines. Our senior engineering team will conduct a preliminary compatibility review and follow up with an initial technical scope for your project.
Frequently Asked Questions Before Commencing Assessment
LETON SOFC systems are specifically engineered for continuous, 24/7 baseload power generation, serving as a primary energy source rather than just short-term emergency backup. The precise operational profile can be optimized based on your site’s specific electrical and micro-grid architecture.
Unlike massive, centralized gas turbines, modular SOFC systems offer drastically shorter lead times, exceptionally low noise signatures, zero local NOx emissions, and granular scalability, making them the ideal choice for modern urban or space-constrained data centers.
Yes. Deploying onsite SOFCs allows developers to completely decouple their data center “Go-Live” schedule from slow utility grid expansions. Overall project feasibility is subject to local natural gas/hydrogen infrastructure, electrical tie-in approvals, and load profiling.
The 2-4 month window represents our standard factory-to-site delivery and installation schedule for pre-engineered modules. Final project timelines may vary depending on total requested capacity, regional logistics, local civil engineering prep, and utility interconnection boundaries.
To expedite your review, please have your baseline data ready: required MW capacity, target commercial operation date (COD), site coordinates, fuel/gas pipeline specifications, current utility grid bottleneck status, and typical load profiles.
