Projects
Anonymous but real projects show delivered power infrastructure from audited Shenzhen manufacturers across AI, colocation, and telecom.
Why these project references are anonymized
Most operators require NDA protection before sharing project specifics, so we publish only anonymized scope, equipment classes, and acceptance metrics. The goal is to show repeatable delivery patterns without exposing facility locations or commercial terms.
Recent schedules still move fast where supply chains are locked. With transformer lead times reaching 160 weeks globally, audited Shenzhen manufacturers have become a schedule-hedge for power distribution equipment, not just a cost decision.
Guangdong computing-hardware factories are booked into next year, so project delivery is now more about allocated factory lines than simple price. Tariff exposure is another reason to re-scope: US tariffs on Chinese dry-type transformers hit 46.6%, and some lines plus 125%.
Anonymized project record
European colocation metered PDU rollout
Deployed switched metering PDUs with ±1% billing-grade accuracy across multiple halls; C13 and C19 outlet mix aligned to 10 A and 16 A branch loading. The rollout reused the Server Technology PRO4X class 11–22 kW platform for mixed-density cabinets.
VIEW PAGE →Middle East AI cluster busway 2500A
Supplied type-tested IEC 61439-6 busway runs rated up to 2500 A for an AI cluster where rack density is crossing 120 kW per cabinet and liquid cooling is becoming mandatory. The scope included Schneider I-Line and Legrand XCP-style busway interfaces.
VIEW PAGE →APAC telecom 48V retrofit
Retrofitted 48 V architecture using OCP Open Rack V3 BBU Shelf spec Rev 1.1; 48V ORv3 power replaces 12V for GPU trays and edge compute blocks. The package included busbar tie-ins and battery shelf mechanical compatibility.
VIEW PAGE →North America CRPS pilot
Shipped HPE 3200W M-CRPS Titanium power supplies with 80 PLUS Titanium efficiency — 96% at half load — for a GPU testbed pilot. Documentation covered UL 62368-1 and the CRPS mechanical envelope.
VIEW PAGE →GCC edge BBU deployment
Deployed 48V BBU shelves with UN38.3 Class 9 sea freight packaging and UL 1973 / UL 9540A battery documentation for a Gulf edge rollout. The MOQ structure started at 50+ shelves per shipment.
VIEW PAGE →EU hyperscale mixed power shelves
Built mixed PDU and busway packages for a hyperscale shell: busway up to 6300 A plus high-density outlet strips with 24xC13 + 24xC19 HDOT configuration. Acceptance included C21 16 A hot-condition tests.
VIEW PAGE →Common result metrics across projects
- Lead time range: 15–30 days for typical Shenzhen PDU orders at MOQ 10–100 pcs.
- Battery moves: BBU MOQ 50+ with UN38.3 Class 9 sea freight from Shenzhen.
- Metering accuracy held at ±1% on billing-grade PDU rollouts.
- Busway packages type-tested to IEC 61439-6, with ratings up to 6300 A.
How projects are documented
Each project file is reduced to the evidence procurement teams actually need: factory audit status, type-test documents, batch images, and logistics paperwork. We do not list operator names or facility addresses.
For power distribution equipment, the document trail is usually UL 62368-1 or UL 857 evidence; for battery moves, UL 1973 and UL 9540A test summaries plus UN38.3 transport records.
- Factory audit report with UL 62368-1 / UL 857 / UL 1973 / UL 9540A evidence as applicable
- Type-test certificates for IEC 61439-6 busway runs
- Batch photos of the energized data hall before crating
- Sea freight packing list with UN38.3 Class 9 labels for battery moves
From the project log
A European colocation operator told us: 'We bought schedule certainty, not just hardware. The metering accuracy and type-test documentation held up in final acceptance.'
