Gas in.
The ID-70 runs three V70 microturbines with battery backup. The ID-200 and ID-400 configurations include an N+1 turbine spare.
MODULAR INFERENCE BLOCKS
One AI rack, powered and cooled in a single container.
The ID units (Inference Distributed) combine Bluen microturbines, a battery, a DC converter, a dry cooler and an exhaust-driven absorption chiller. They arrive ready in a 40 ft HC container and need only gas and fiber.
Manufacturer specifications at ISO conditions, PCI (LHV). Performance varies with operating conditions.
~75 m²of footprint per unit (15 × 5 m base)
PUE 1,22estimated in the design
~20 minof battery autonomy with all turbines stopped
Manufacturer specifications at ISO conditions, PCI (LHV). Performance varies with operating conditions.
HOW IT WORKS
How it works
Power and cooling on site.
Electricity goes to an 800 V DC bus with a 70 kWh battery. The rack water (45 → 55 °C) is cooled by a dry cooler; above ~36 °C ambient, an NH₃-H₂O absorption chiller driven by the exhaust handles the fine adjustment.
Tokens leave through the fiber.
The customer runs the rack; Bluen delivers power, cooling and availability as a service or as equipment.
Manufacturer specifications at ISO conditions, PCI (LHV). Performance varies with operating conditions.
Manufacturer specifications at ISO conditions, PCI (LHV). Performance varies with operating conditions.
ID FAMILY
Three units, one 40 ft container.
| Parameter | ID-70 | ID-200 | ID-400 |
|---|---|---|---|
| Turbines | 3 × V70 | 2 × V200 (1 + 1) | 3 × V200 (2 + 1) |
| AI racks | 1 NVL72-class rack (~140 kW) | 1 NVL72-class rack (~140 kW) | 2 NVL72-class racks (~280 kW) |
| Unit load (continuous / peak) | 170 / 207 kW | 170 / 207 kW | 341 / 414 kW |
| Installed generation (ISO / 35 °C) | 200 / 164 kW | 380 / 312 kW | 570 / 467 kW |
| Battery | 250 kW · 70 kWh | 250 kW · 70 kWh | 450 kW · 130 kWh |
| Absorption chiller (exhaust) | 126 kW | 126 kW | 237 kW |
| Gas consumption (normal operation) | ≈ 55 Nm³/h | ≈ 59 Nm³/h | ≈ 111 Nm³/h |
| Container | 1 × 40 ft HC | 1 × 40 ft HC | 1 × 40 ft HC |
| Design availability | — | ~99,99% | ~99,97% |
Manufacturer specifications at ISO conditions, PCI (LHV). Performance varies with operating conditions.
ID-70: three V70 in line.
Three transverse V70 microturbines in 1.7 m bays, with battery backup. It is the first unit in the family. The image illustrates the interior layout only; roof-mounted cooling and exhaust heat-recovery equipment are omitted.
Manufacturer specifications at ISO conditions, PCI (LHV). Performance varies with operating conditions.
ID-400: two racks, three turbines.
Three V200 (2 + 1) power two high-density racks in the same container. The image illustrates the interior layout only; roof-mounted cooling and exhaust heat-recovery equipment are omitted.
Manufacturer specifications at ISO conditions, PCI (LHV). Performance varies with operating conditions.
Liquid cooling ready for GPUs.
Water at 45 °C at the rack allows heat to be rejected with a dry cooler for most of the year, with no cooling tower and no water consumption.
Manufacturer specifications at ISO conditions, PCI (LHV). Performance varies with operating conditions.
MODULAR CONSTRUCTION
One unit. Integrated equipment.
The assembly view shows how the container and roof-mounted cooling and exhaust equipment fit together in the modular unit.
Engineering illustration of the modular unit.
Why on-site generation
Speed:
no grid connection queue; deployment in a container.
Scale in blocks:
add units as inference demand grows.
Resilience:
All units use a battery for load transients; the ID-200 and ID-400 also include N+1 turbine redundancy.
Location:
close to gas and fiber: wellhead gas, landfill biogas, industrial pipelines.
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