A data centre does not go live when the servers arrive. It goes live when the power and cooling are in place, and that is the equipment most likely to be stuck at a border. The transformers, switchgear, uninterruptible power supplies, chillers, and liquid-cooling systems that a facility runs on are heavy, high in value, and carry lead times measured in months or years. When one of them is held in customs while a commissioning date is locked in, the whole build waits. The entity responsible for getting that equipment cleared and delivered on time is the importer of record for data centre equipment, and in a sector where capacity is racing to keep up with demand, that role has become one of the most consequential in the entire project.
This page is for data centre developers, operators, hyperscale and colocation builders, electrical contractors, and the procurement and project teams responsible for landing critical infrastructure on site. It covers why data centre equipment is uniquely hard to import, why the power and cooling supply crunch has raised the stakes, how the rules change from country to country, and why a single coordinated importer of record protects both compliance and the commissioning date.
An importer of record for data centre equipment is the entity legally responsible for importing power, cooling, and IT infrastructure into a destination country: managing classification, duties, certification, customs clearance, and delivery to site. For multi-country builds, a single coordinated IOR keeps compliance consistent and equipment arriving to the construction schedule.
Why an Importer of Record for Data Centre Equipment Is Different
Importing a pallet of consumer goods and importing a 40-tonne transformer are not the same job. Data centre infrastructure brings a set of pressures that ordinary commercial imports never face, and they are worth understanding before a single unit ships.
- The lead times are brutal and the deadline does not move. Large power transformers (LPTs) now carry lead times of 24 to 48 months, and switchgear is similarly constrained. A customs delay does not just stall construction: it can cause a developer to miss its utility interconnection queue window, putting the entire grid-connection agreement at risk and pushing the facility’s go-live date out by far more than the delay itself
- The equipment is heavy, oversized, and high in value. Transformers, generators, and chillers are project cargo, requiring specialist handling, oversized transport permits, and careful classification. A single unit can be worth millions, which concentrates both duty exposure and risk
- Certification and standards vary by market. Electrical equipment must meet the destination country’s safety, electromagnetic compatibility, and grid standards. The CE marking that clears equipment into the EU does not clear it into the Gulf or Asia, where separate conformity schemes apply
- Classification drives duty on big numbers. The tariff classification of power and cooling equipment, such as HS heading 8504 for transformers and static converters or HS 8537 for switchgear and control panels, determines duty on units worth millions, and an error scales fast. Correct classification is a material cost lever, not a formality
- Delivery is to a live construction site, not a warehouse. The handoff does not end at the port. Equipment has to reach an active build site in sequence with the construction programme, often requiring coordinated, timed delivery of items that cannot simply be stored on arrival
Put those together and a data centre import asks far more of an importer of record than a standard shipment. This is closely related to the work of importing the compute itself, which we cover in our guide to the importer of record for AI hardware, but the power and cooling layer brings its own distinct challenges.
The Power and Cooling Crunch Has Raised the Stakes
The defining pressure on data centre builds right now is not chips. It is power. The surge in AI and cloud demand has driven a global scramble for the electrical infrastructure that data centres depend on, and the supply of large transformers, switchgear, and grid-connection equipment has not kept pace. Lead times that were once measured in months now stretch across years, and operators are ordering critical power equipment far in advance and competing globally for the same constrained supply.
That scarcity changes the cost of a customs delay entirely. When a transformer is a commodity you can reorder, a held shipment is a nuisance. When it is a scarce, long-lead unit that took eighteen months to secure, a clearance failure can mean the slot is lost and the build slips by a year. The same logic applies to advanced direct-to-chip (D2C) liquid cooling and immersion cooling systems, which are now essential for high-density AI clusters exceeding 100kW per rack and are themselves in tight supply. In this environment, getting the import right the first time is not about saving a few days. It is about protecting an asset that cannot easily be replaced and a deadline that cannot move. We cover the broader logistics of this in our guide to data centre construction freight.
Importing power and cooling equipment for a data centre build against a fixed commissioning date? Carra Globe acts as your importer of record and coordinates clearance and delivery to site, so long-lead infrastructure arrives on schedule.
The Country-by-Country Reality for Data Centre Equipment
Data centre capacity is being built across many markets at once, and each one brings its own certification regime, duty treatment, and import requirements for electrical and cooling equipment. The same transformer clears smoothly in one country and stalls in the next over a conformity certificate. The tables below show how much shifts from market to market. Each links to the detailed importer of record requirements for that country.
Europe and the Americas
| Market | Key Compliance Reality for Data Centre Equipment |
|---|---|
| United States | FCC and UL-aligned safety expectations, tariff classification on high-value power gear, and tightened importer scrutiny in 2026 |
| Germany | EU CE marking, electromagnetic compatibility and low-voltage directives, and a major European data centre hub |
| Netherlands | EU conformity requirements and an efficient entry point for equipment into the European data centre cluster |
| United Kingdom | UKCA or accepted CE marking, post-Brexit import procedures, and rapidly growing data centre demand |
| Brazil | INMETRO certification for electrical equipment and detailed import licensing, with long clearance timelines |
Asia-Pacific and Middle East
| Market | Key Compliance Reality for Data Centre Equipment |
|---|---|
| Singapore | A major data centre hub with strict safety and standards requirements and high-density build activity |
| Japan | National electrical safety standards, PSE marking for applicable equipment, and rigorous documentation |
| India | BIS certification for electrical equipment and import licensing, with a fast-expanding data centre market |
| Malaysia | SIRIM certification and import approvals, with explosive data centre growth in Johor and beyond |
| Australia | National electrical safety and EMC compliance, with a growing data centre and cloud market |
| Saudi Arabia | SASO and SABER conformity before import, with major data centre investment underway |
| UAE | Conformity and import approvals plus free zone versus mainland routing, and a regional data centre hub |
The universal bottleneck: across all markets, the most common delays come from missing or incorrect electrical conformity certification, misclassification of high-value power equipment, and oversized cargo arriving without the import and transport approvals it needs. On a long-lead item against a fixed deadline, any one of these is expensive.
What the Right Importer of Record for Data Centre Equipment Does
Secures Certification and Conformity Before Shipping
The work that prevents a hold happens before the equipment moves: confirming that each unit meets the destination country’s electrical safety, EMC, and conformity requirements, and that the certification is documented and in place. That means UL and FCC alignment for the US, CE marking for the EU, UKCA or accepted CE for the UK, SABER and SASO for Saudi Arabia, and BIS for India, among others. A provider who understands data centre infrastructure treats this as the foundation, because electrical equipment that fails a conformity check at the border does not clear regardless of how urgent the build is.
Classifies High-Value Equipment Correctly
Classification of power and cooling equipment sets the duty on units worth millions, so an error is costly at scale. A capable importer of record verifies the tariff classification carefully, controlling a material line in the project budget and avoiding the disputes that delay clearance.
Coordinates Project Cargo and Oversized Transport
Transformers, generators, and chillers are project cargo that need specialist handling, oversized-load permits, and careful routing. The right provider coordinates the physical movement alongside the customs clearance, so the equipment does not clear paperwork only to be stranded for lack of a transport permit.
Delivers to Site on the Construction Programme
For a live build, clearing customs is only part of the job. The importer of record coordinates timed delivery to the construction site in sequence with the programme, because critical infrastructure that arrives out of sequence, or that cannot be received and stored, disrupts the schedule as surely as one that is late. Our data centre solutions service is built around this end-to-end coordination.
Why One Importer of Record Across Your Build Programme Wins
When you are building data centre capacity across several countries, you face a choice: appoint a different provider in each market, or consolidate your importer of record across all of them. For high-value, long-lead infrastructure on fixed deadlines, consolidation almost always wins.
| Dimension | Single Coordinated IOR | Patchwork of Local Providers | Risk to Commissioning Date |
|---|---|---|---|
| Compliance standard | One consistent standard across every market | Varies by provider; the weakest sets your risk | Inconsistent clearance risks a slip at the weakest site |
| Certification oversight | Coordinated view of conformity across markets | Fragmented; certificate gaps appear between countries | A missing certificate holds equipment past energization |
| Accountability | One party answerable for the whole programme | Each provider sees only its own market | No owner of the delivery picture when a unit is held |
| Schedule | Clearance and delivery sequenced to the build | Each site on its own uncoordinated clock | Out-of-sequence arrival disrupts the construction programme |
The deeper point is schedule control across a multi-site rollout where every site has the same scarce, long-lead equipment on the critical path. When a different provider handles each country, no single party owns the delivery picture, and the weakest link sets the risk for the whole programme. When you evaluate a provider, the questions are specific to this sector: can it manage electrical conformity certification in each market, handle project cargo and oversized transport, classify high-value equipment correctly, and deliver to a live site on schedule? The depth of the role is set out in our guide to importer of record requirements.
2026 Has Raised the Stakes
This was already demanding work, and it is more so now. Through 2026, US customs enforcement has tightened, with the June 3, 2026 Customs Enforcement Executive Order raising the bar on importer of record bonding, good standing, and the treatment of foreign importers. For data centre programmes importing high-value equipment at scale, the identity and standing of your importer of record is under more scrutiny than before, and an import structure that scraped through last year is a liability this year. Combined with the power-equipment supply crunch, the margin for error on a data centre import has never been thinner.
Frequently Asked Questions
Do I need an importer of record to import data centre equipment?
In most countries, yes, particularly if you do not have a local legal entity. The importer of record is legally responsible for the import, and for data centre equipment that responsibility includes electrical conformity certification, classification, duties, and coordinated delivery to site. An importer of record lets you import into a market without establishing your own entity there.
For builds spanning several countries, a single importer of record across all markets is the more reliable model, because it keeps certification and schedule oversight consistent rather than fragmented across separate local providers.
Why are transformers and power equipment so hard to import on time?
Large transformers and switchgear carry lead times of a year or more, are oversized high-value project cargo, and must meet the destination country’s electrical conformity standards. With global demand for power equipment outstripping supply, these units are scarce, so a customs delay on one can cost a build its commissioning slot rather than just a few days.
This is why the import side has to be planned as carefully as the procurement. Confirming certification and classification before shipping, and coordinating oversized transport and timed site delivery, is what keeps a long-lead unit from derailing the whole programme.
Can one importer of record handle a multi-country data centre rollout?
Yes, and for multi-country builds it is the stronger approach. A single importer of record with presence and electrical-equipment expertise across your markets gives you one consistent compliance standard, coordinated certification oversight, and one accountable party, rather than a separate arrangement in each country where certificate gaps and schedule slips appear.
The alternative, a different local provider in each market, means the programme runs to a different standard everywhere and the weakest provider sets the risk. For high-value, long-lead infrastructure on fixed deadlines, consolidation is the safer model.
How does the 2026 US Customs Executive Order affect data centre imports?
The June 3, 2026 Customs Enforcement Executive Order raised the requirements on importers of record into the US, including higher bonding, minimum tangible domestic assets, good-standing checks, and restrictions on foreign importers of record. For data centre programmes importing high-value equipment, this means the standing and structure of your importer of record now face far more scrutiny.
An import structure that was adequate last year may not meet the new bar. For high-value, high-volume data centre imports, confirming that your importer of record meets the 2026 requirements is now part of protecting the build itself.
How is data centre equipment different from importing servers?
Servers and IT hardware are high-value but relatively standard freight. Power and cooling equipment such as transformers, switchgear, and chillers is oversized project cargo with electrical conformity requirements, year-long lead times, and specialist transport needs. The compliance and logistics demands are heavier, and the supply scarcity makes delays far more costly.
Both sit within a data centre build, which is why an importer of record that can handle the full scope, from compute to power and cooling, gives a project a single accountable partner rather than splitting the infrastructure across providers.
The build does not wait for the equipment that is stuck in customs, and in a market where power and cooling hardware is scarce and slow, getting the import right is now part of protecting the schedule itself. For data centre developers, operators, and contractors moving infrastructure across borders, Carra Globe acts as importer of record and provides end-to-end data centre solutions across more than 180 countries, coordinating certification, classification, project cargo, and timed site delivery. If you are planning a build in one market or many, talk to our team about mapping the compliance before you ship.