BuJuan Tech

AI Data Center & AI Factory Infrastructure

Define the infrastructure path from grid power to AI racks, then issue a clearer technical RFQ to suitable Chinese suppliers.

Start an AI Factory project briefSix coordinated infrastructure packages.
Original isometric rendering of an AI Factory with grid intake, transformer, UPS, data hall, liquid cooling and heat-rejection equipment
Select a path or equipment zone to see the project interfaces that need to be defined before supplier comparison.

Trace the infrastructure system.

Select a path or equipment zone to see the project interfaces that need to be defined before supplier comparison.

Power path

Grid → transformer → UPS → distribution → rack

Heat path

AI rack → CDU → heat rejection → ambient conditions

Workload path

Load brief → compute and memory → network → storage → operating data

Lifecycle path

Brief → site interfaces → RFQ → delivery → commissioning and operations

Write an engineering brief with four clear boundaries.

A useful RFQ makes the hand-offs explicit before comparing equipment or prices.

Electrical metering plane

State whether load is measured at the utility intake, transformer secondary, UPS output or rack inlet. These values answer different questions.

Cooling-loop hand-off

Separate the technical cooling loop from the facility-water and heat-rejection loop. Define fluid, temperatures, pressure loss, quality limits and controls.

IT service load

Define rack count, load per rack, network and storage load, demand profile and expansion phases. Keep IT load and facility input as separate numbers.

Delivery and operating boundary

Name who owns detailed design, local approvals, civil works, controls integration, acceptance tests, spares and warranty response.

See the engineering interfaces more clearly.

These original system visuals support project scoping. They are not completed BuJuan projects or specific equipment models.

Grid connection & substation — MV intake, transformers, switchgear and cable hand-offs
Grid connection & substationMV intake, transformers, switchgear and cable hand-offs
Liquid cooling & heat rejection — CDUs, heat exchangers, pumps, dry coolers and controls
Liquid cooling & heat rejectionCDUs, heat exchangers, pumps, dry coolers and controls
AI data hall & rack layer — Racks, containment, fibre, power and liquid-cooling interfaces
AI data hall & rack layerRacks, containment, fibre, power and liquid-cooling interfaces

Six coordinated infrastructure packages.

Each package can be sourced as a defined equipment scope or coordinated with the adjacent system interfaces.

01

Grid Connection & Substations

Bring utility power into a defined, project-ready AI Factory electrical boundary.

Open package →
02

Distribution & Rack Power

Define the path from facility low-voltage distribution to the rack power interface.

Open package →
03

UPS, Batteries & Continuity

Coordinate critical-power equipment around ride-through time, protection and service boundaries.

Open package →
04

Liquid Cooling & Heat Rejection

Map the heat path from AI rack to cooling distribution and site heat rejection.

Open package →
05

Racks, Network & Containment

Organize the physical compute-room layer around rack, cable, airflow and network interfaces.

Open package →
06

Controls, Safety & Operations

Connect plant equipment to monitoring, safety and operating procedures from the first RFQ.

Open package →

Public manufacturer landscape.

Public product scopes from Chinese and international manufacturers, organized by package to build an RFQ longlist and comparison criteria. Brands do not indicate partnership, authorized distribution or a BuJuan project reference; model, local service, compliance and lead time must be confirmed through a written RFQ.

01Grid Connection & Substations
China manufacturers

Sieyuan Electric

Power transformers, GIS/AIS, MV switchgear, protection and prefabricated substations.

Official product profile ↗
International manufacturers

Hitachi Energy

Transformer portfolio and high-voltage equipment for data-center and grid applications.

Official product profile ↗
International manufacturers

Siemens Energy

Power and distribution transformers plus high-voltage transmission and substation equipment.

Official product profile ↗
02Distribution & Rack Power
China manufacturers

EAST

Micro data-center architecture with UPS input, output distribution and monitoring interfaces.

Official product profile ↗
International manufacturers

Schneider Electric

Three-phase UPS and critical-power infrastructure for data-center applications.

Official product profile ↗
03UPS, Batteries & Continuity
International manufacturers

Schneider Electric

Three-phase UPS and lithium-ion battery-system options for critical infrastructure.

Official product profile ↗
04Liquid Cooling & Heat Rejection
China manufacturers

Envicool

In-rack and facility-side CDUs, heat exchangers, pumps and liquid-cooling interfaces.

Official product profile ↗
China manufacturers

Kehua

Air-cooled and liquid-cooled modular data-center solutions with power and cooling coordination.

Official product profile ↗
International manufacturers

Vertiv

Liquid-to-liquid and liquid-to-air CDU solutions for high-density data centers.

Official product profile ↗
05Racks, Network & Containment
China manufacturers

EAST

Micro data-center systems combining UPS, distribution and physical infrastructure interfaces.

Official product profile ↗
06Controls, Safety & Operations
China manufacturers

Sieyuan Electric

Substation protection, monitoring, control and intelligent operation products.

Official product profile ↗

Early-stage AI Factory calculations.

These figures help frame an early brief. They do not replace electrical studies, hydraulic design, local codes, manufacturer ratings or final engineering.

CALC / 01

Estimated facility demand

—Estimate: IT load × target PUE. It does not include utility loss studies, diversity, future capacity or local-code requirements.
CALC / 02

Estimated nominal battery energy

—Estimate: critical load × backup hours. Battery usable capacity, discharge rate, temperature, aging and UPS efficiency need final engineering review.
CALC / 03

Indicative water flow

—Estimate uses water at about 4.186 kJ/kg·°C. Actual flow depends on coolant type, CDU arrangement, pressure drop, redundancy and control design.

What to include in an AI Factory RFQ.

Start with the load, site, target availability and required interfaces. We then organize suitable technical questions and supplier responses.

Grid Connection & Substations

Utility voltage and available capacity
Target IT load and expansion phases

Distribution & Rack Power

Rack count and IT load per rack
Distribution voltage and frequency

UPS, Batteries & Continuity

Critical load, power factor and growth allowance
Required backup time and autonomy assumptions

Questions before requesting an AI Factory quotation.

Can BuJuan supply a complete AI Factory?

BuJuan coordinates project scope, engineering resources and equipment sourcing. The responsible manufacturer, detailed design party, local approvals and final delivery responsibilities are identified in the written quotation and contract.

What information is needed first?

Share the target IT load, growth plan, site country, utility information, cooling concept, rack assumptions, requested standards and the expected delivery boundary.

Can the page confirm a specific model or certification?

No. Public pages describe possible equipment categories and interfaces. Final model, certification, capacity, inspection and warranty terms are confirmed for each quotation.

Industrial project coordination · China

Tell us what
you need to source.

Share your application, project stage and required deliverables. We will review the scope before preparing a proposal.

Start with a short brief. We can arrange the exchange of drawings and technical files after the initial review.

info@bujuan.tech

Hefei, Anhui, China

AI Factory infrastructure scope: system overview.

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