CIG BluSolutions · Engineered for AI Density

AI-ready data
center cooling.
1 MW. We're ready.

Three purpose-built platforms — immersion, dry, and adiabatic —engineered for the thermal reality of GPU clusters, HPC, and high-density AI workloads. Achievable PUE 1.08. Up to 60 kW per rack with no hot spots. Backed by 40 years of OEM heat-exchanger manufacturing.

Heat Exchanger Special Coating

1.08

Achievable PUE

140 kW/rack

No hot spots

80 %less

Energy vs. air cooling

40 years

OEM HEX manufacturing by CIG BluSolutions

ISO 9001:2015

Quality Management

UL Certified

Capacity & Safety

Carrier Q+

Level 3 Approved

AHRI

Verified Performance

EcoVadis

Sustainability Bronze

REACH · RoHS

Compliance

The Problems

AI workloads broke the cooling assumptions data centers were built on.

Conventional CRAC + raised-floor air cooling caps out around 20–25 kW per rack. GPU clusters routinely demand 40–140 kW. The industry average PUE sits near 1.85. Server fans alone consume 10–15% of IT power. Something has to change.

Conventional

Air-cooled server room

  • PUE typically 1.8–1.89, industry average
  • Server fans consume 10–15% of IT power
  • Hot-spot risk above 20–25 kW per rack
  • Dust & humidity degrade hardware over time
  • High construction cost — CRAC + raised floor

Imvera

Dielectric immersion cooling

  • PUE 1.08 achievable — ≈80% less energy PUE 1.08 (two phase engineering liquid)
  • Server fans removed — fluid does the cooling
  • Up to 140 kW per rack with no hot spot risk
  • Fluid shields hardware from dust, humidity, corrosion
  • Self-contained — no CRAC, no raised floor

-- The Platform

Three platforms.
Every data center topology.

Pick the heat-rejection strategy that fits your facility — or combine them. Each is engineered, manufactured, and ISO-validated at our facility in Pathumthani, Thailand.

Total Immersion Cooling

S-Series · Immersion

Total Immersion

Self-contained dielectric fluid immersion. Servers submerged. No CRAC, no facility water loop, no hot spots. Drop-in cooling for AI & HPC racks up to 60 kW.

PUE 1.08140 kW/rackS-72 · S-156 · Custom
Specifications →
V-Type Heat Rejection Dry Cooler

Maxflow · Dry Cooler

V-Type Heat Rejection

V-frame fin-and-tube heat exchanger with EC axial fans. 132 – 1,164 kW capacity range. The workhorse outdoor heat-rejection stage for chillers, CDUs & rear-door HX.

EC 800 mm132–1164 kWCLVC 222 → 2104
Specifications →
Total Immersion Cooling

Save-Cool · Adiabatic

Dual-Mode Cooling

Closed-loop adiabatic cooler. Runs dry when ambient allows, switches to fine-mist pre-cooling when it doesn't. Up to 70–80% less water than open cooling towers.

527.5 kWDry + AdiabaticCCUSC-150
Specifications →

Run the numbers on your facility.

A first-pass comparison of conventional air cooling vs. IMVERA immersion at your IT load. For project-grade modeling, contact engineering.

Inputs
500 kW
8,760 h
0.12 USD / kWh
40 kW / rack
Recommended13 racks @ 40 kW
S-Custom
Engineered tank, coil & fan configuration per project
Conventional
Air-cooled · PUE 1.85
Total facility power925 kW
Cooling overhead425 kW
Annual energy8,103 MWh
Annual cost$972,360
IMVERA
Immersion · PUE 1.08
Total facility power540 kW
Cooling overhead40 kW
Annual energy4,730 MWh
Annual cost$567,648
Annual savings
$404,712
Energy avoided
3,373 MWh
Reduction
42%

↳ Estimates assume industry-average PUE 1.85 for air-cooled DCs vs. IMVERA achievable PUE 1.08. Project-grade modeling requires site-specific data — contact engineering.

Applications

Built for the workloads that
broke air cooling.

01 · AI / HPC

GPU clusters & training

H100 / B200 racks routinely cross 50 kW. Immersion handles the thermal density that direct-to-chip marginally manages and air cannot — with no hot spots across the rack.

RecommendedS-Series
Density≤ 140 kW/rack

02 · Hyperscale

Hyperscale & colo

Outdoor heat rejection for chiller plants & CDU loops. V-frame dry coolers and adiabatic units scale to 1 MW+ per unit — engineered for 24/7 mission-critical duty.

RecommendedMaxFlow + Save-Cool
Capacity132 kW – 1.16 MW

03 · Edge

Edge & modular DCs

Self-contained units deploy independently — no central plant, no raised floor, near-silent operation. Drop into office-adjacent or inference-at-the-edge sites.

RecommendedS-72 / S-156
DeploymentRapid · self-contained
Heat exchanger engineering

About

IMVERA is the data-center series from CIG BluSolutions — a trusted manufacturer of HVAC/R technologies for global OEMs including Carrier, Trane, and Daikin. Every unit is built and ISO-validated at our facility in Pathumthani, Thailand.

Read about the company →

40 yrs

Engineering heritage

ISO 9001

2015 Certified facility

3

Global OEMs supplied

12.5 kV

Dielectric breakdown tested

Engineering Inquiry

Send us your IT load profile. We'll size the system.

Standard S-72 / S-156, full MaxFlow CLVC range, or fully custom: capacity, tank size, coil rows, fan count, and electrical supply — all configurable per project.