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/how-we-mobilise

Getting there is most of the problem

The technical work on a transformer is well understood. On a remote or cross-border site, what decides whether it happens is whether a team, its plant and its spares can reach the site at all, clear customs, and keep working once the road behind them washes out. That is the part we plan first.

Every section below describes work we do before a spanner is turned. It is the least glamorous part of the service and the part clients ask about first, because it is where projects far from a service base actually fail.

01Getting in

Logistics and entry

Equipment that is stuck in a bonded warehouse is not capability. Movement and clearance are planned as part of the programme, not left to the client.

A power transformer rigged to the hook of a truck-mounted crane at night, lifting slings taut under street lighting, with wrapped crates and a cable drum in the foreground
A night lift, the transformer rigged to a truck-mounted crane.
  1. Shipping

    Sea, air and road, with container and flat-rack loading planned around what the destination port and the road beyond it can actually handle.

  2. Temporary import

    ATA carnet and temporary admission bonds, with re-export documentation prepared before departure. Test equipment enters and leaves as temporary import, not as a permanent supply.

  3. Customs clearance

    Tariff classification, duty treatment and clearance handled as a planned step with an owner and a date, not as an assumption.

  4. Dangerous goods

    Oil, solvents and gases carry declarations, packing and segregation requirements. Getting this wrong holds an entire consignment, not one drum.

  5. Visas and work permits

    Entry visas, work authorisation and local registration for expatriate technicians, started early enough that the paperwork is not the critical path.

  6. In-country transport

    Road movement to site, including abnormal and heavy load permits, route survey, and bridge and axle-load limits where the plant is large.

02Staying there

Site self-sufficiency

A remote site supplies nothing. Anything the team needs that has not arrived with it is a delay measured in weeks, so the deployment is sized to need nothing.

  • A box-body truck with its side doors open, showing a vacuum oil-treatment plant fitted inside, parked on a concrete apron beside a switchyard with hills behind
    A truck-mounted vacuum oil-treatment plant, parked beside the switchyard.
  • Own generation

    Test sets and oil plant run from our own supply. A programme that depends on the grid it is there to repair has a circular dependency.

  • Fuel, water and consumables

    Planned for the length of the deployment plus a margin, with resupply routes identified before mobilisation rather than discovered during it.

  • Accommodation and welfare

    Where a site cannot house a team, the team houses itself. Rested technicians make fewer mistakes around energised plant.

  • Communications

    Satellite where terrestrial coverage fails, so that test results, decisions and safety reporting do not wait for a signal.

  • A spares kit sized for the programme

    Gaskets, seals, bushings, breather media and tap changer parts, sized for the scope of work rather than for a day visit. A missing seal should not cost a month.

  • Contingency

    Planned against the things that genuinely stop remote projects: a part that did not clear customs, a road that became impassable, a generator that failed. Each has a named alternative before departure.

03Running it

Programme management

The plan is made against the site's real constraints, which are rarely the ones in the specification.

  • A transformer active part suspended above its tank in an outdoor switchyard, fitters working on top of the tank and a red mobile crane alongside
    An active part lifted from its tank in the switchyard under a mobile crane.
  • Site survey before commitment

    Access, ground conditions, crane availability, supply, and the actual state of the assets. Quoting a transformer programme without seeing the site produces a price that changes.

  • Outage windows

    Work is scheduled around when the asset can be taken out of service — a regulated outage plan on one network, a load-shedding rota that moves on another. Both shape the plan more than the scope does.

  • Local partners and subcontractors

    Where local capability exists we use it, manage it, and are accountable for it.

  • Security

    Assessed per site, with protocols agreed before deployment where conditions require it.

  • An HSE regime that travels

    RAMS per task, permit-to-work, lock-out tag-out, switching discipline, confined-space procedure for tank entry, and arc-flash assessment. The regime arrives with the team; it is not adopted on arrival.

04Step by step

What a mobilisation actually looks like

Eight stages from first contact to demobilisation. Clients on a programme can follow their own project against these stages.

  1. Enquiry

    Assets, site, symptoms and constraints. Enough to say honestly whether we are the right supplier.

  2. 02

    Site survey

    Access, condition and scope confirmed on the ground before a price is fixed.

  3. 03

    Mobilisation plan

    Equipment list, shipping route, clearance path, permits, team and dates.

  4. 04

    Shipping and clearance

    Consignment moves under temporary import, with clearance tracked to a date.

  5. 05

    Team deployment

    Technicians travel once the plant has cleared, not before.

  6. 06

    On-site works

    The scope executed against the agreed method statements and safety regime.

  7. 07

    Testing and handover

    Post-intervention test evidence, compared against the pre-intervention baseline.

  8. 08

    Demobilisation

    Plant re-exported, site left clean, used oil removed under a documented chain of custody.

05Evidence

A real mobilisation

One specific, verifiable example is worth more than everything above it. This section stays empty until there is one.

Nothing is published here yet

Tell us where the site is

If the access is difficult, the customs position is unclear or the outage window is short, those are the parts we plan first. Start with the site and the assets.