FLAGSHIP PLATFORM

M Tower.
Cooling that scales with your power.

Modular heat-rejection units of 1500 kW each. Start with one, add more as your plant grows. From standalone gensets to 12 MW datacenter halls — same proven core.

0 kWPER MODULE
0 MWMAX BANK
N+1REDUNDANCY
Size your installationExplore the unit

EXPLORE THE UNIT

Engineered to the millimetre, built to ship.

The stainless tube bundles, the louvered aluminium fins, the inverter cabinet on the side, the vibration-isolated frame — every detail is engineered for the duty cycle of mission-critical heat rejection. Spin the render above to inspect every face.

Mechanical

  • High-alloy aluminium cores with dimpled tubes
  • Louvered fins for maximum heat transfer surface
  • Vibration-isolated black-painted steel frame
  • Welded gussets at every structural corner

Integration

  • Inverter cabinet integrated on the side
  • Container-fit envelope: ship, lift, bolt down
  • Hydraulic interface shared across every module
  • Rubber vibration-isolation pads at the base

ENGINEERING DETAIL

Built from the inside out.

Cu/Al finned coil close-up
Cu/Al finned coil. 0.12 mm fin pitch.
Hot-dip galvanized weld detail
Hot-dip galvanized DIN EN ISO 1461.
EC fan motor detail
EC fans. IE5 efficiency class.

WHY MODULAR MATTERS

Three reasons engineers pick M Tower over fixed-size cooling.

0% CAPEX

CAPEX

Pay for capacity you actually use. Buy what today's load needs. Add modules later when the plant grows. No oversized installation depreciating from day one.

0% UPTIME

UPTIME

N+1 redundancy comes for free. Add one extra module to every bank and you have hot-swap redundancy. A failed unit doesn't take production down.

0 DAYS

LOGISTICS

Container-fit, container-shipped. Each module fits standard freight envelopes. From port to slab in days, not weeks. Field assembly on a single bolt pattern.

MODULAR SCALES WITH YOU

From one unit to twelve megawatts.

One bolt pattern, one spare-parts library — and a capacity envelope that follows the project from a single genset to a full hyperscale hall.

1 module

0.0 MW

Single genset

2 modules

0.0 MW

Backup bank

4 modules

0.0 MW

Datacenter row

8 modules

0.0 MW

Hyperscale hall

SIZING SIMULATOR

How many M Tower modules does your project need?

Type your engine power, pick the application, choose redundancy. The simulator returns a baseline configuration on the spot. Final sizing is confirmed by Enfrio engineering on real platform data.

Engine power3,000 kW
Application
Circuit
Ambient temperature
Altitude

SINGLE M TOWER MODULE

  • 1,500 kWheat rejection
  • ~12 m²footprint
  • HT / HT+LTcircuits

Container-fitSea-waterATEX-readyInverter-ready

YOUR M TOWER BUILD

2modules

Vertical bank · 24 m² footprint

Estimated heat load2,550 kW
Effective capacity3,000 kW
Per-module derated1,500 kW
Headroom+18%

Indicative figures. Derate factors: ambient +10 °C ≈ −5 to −7%, altitude > 2000 m ≈ −8%. Final sizing is confirmed by Enfrio engineering on actual platform data.

Send this configuration to Enfrio engineering →

DEPLOYMENT CONTEXTS

One platform, four worlds.

The M Tower envelope adapts to ambient, fluid and certification rules across the industries we serve. Switch contexts to compare the spec deltas.

M Tower modular cooling unit

High-density compute halls. Glycol loop tuned for IT-load profiles, N+1 from day one, ready for liquid-cooled rack expansion.

  • 32 °CDesign ambient
  • 30%Glycol mix
  • EC onlyFans
  • N+1 standardRedundancy
M Tower modular cooling unit

READY TO SCALE WITH YOU

From brief to bolted-down in 90 days.

1500 kW·12 MW·N+1
  1. BriefEngine card, ambient, redundancy target — we read the project on a single page.
  2. EngineerSized on real platform data, validated against the operating envelope before steel is cut.
  3. BuildLaser, bend, weld, galvanize, assemble — all in-house at Ponderano (BI), Italy.
  4. CommissionContainer shipped, bolted down, hot-tested on site. Handover signed by Enfrio engineering.
Talk to the M Tower team