Fuel Cell Enclosures & Supports

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Housings that vent upward

Hydrogen rises, so fuel cell housings are built to vent at the top and stand clear of the ground.

Scroll to see how it is built · drag to turn it round

02 / 06

Support frame

Columns and beams that lift the units clear of flood water and leave cable room below, with corner fittings to bolt the units down.

How is it possible at Allmarc?

Robotic H-beam cutting and bevelling cellBeams up to 1,000 x 500 mm

Used here for: Support frame

• Beams up to 1,000 x 500 mm
• 12 m long, 50 mm thick
• Hypertherm XPR 300

All our machinery

Kotec newRun10DX CNC beam drilling lineH-beams up to 1,000 x 500 mm

Used here for: Support frame

Heavy profiles that need precise holes, where plasma cannot do the job: the lower structure and panel borders of a ground flare, and every bolted PEB and multi-storey frame.

• H-beams up to 1,000 x 500 mm
• Drills 3 faces in one pass
• Channels, angles and box sections

All our machinery

03 / 06

Enclosures

Ribbed steel housings with service doors down one side, formed and welded in our bay.

How is it possible at Allmarc?

Deratech 8 m tandem press brake8 m bending length

Used here for: Enclosures

• 8 m bending length
• Tandem technology

All our machinery

ABB robotic MIG welding cellsThree-phase robotic MIG

Used here for: Enclosures

• Three-phase robotic MIG
• Automatic special-purpose welding machines

All our machinery

04 / 06

Vents

Roof hoods and vent stacks so any hydrogen escapes upward, away from people.

How is it possible at Allmarc?

HSG 12 kW fibre laser12 kW

Used here for: Vents

• 12 kW
• Cuts up to 40 mm
• 2,500 x 8,000 mm bed

All our machinery

05 / 06

Access and the H2 inlet

A grated walkway and stair for the service doors, and a short rack that brings the hydrogen line in.

06 / 06

Every part, apart

Frame, enclosures, vents, walkway, stair and rack.