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| Brand Name: | Soeteck |
| Model Number: | Plan 1 |
| MOQ: | 1 Set |
| Price: | Negotiable |
| Delivery Time: | 30-45 working days |
| Payment Terms: | D/A |
This prefabricated modular data center is built around 12 IT cabinets on a 4200 x 3600 x 2000 mm footprint, with 5 kW of power per cabinet. Power is supplied by a 90K rack modular UPS built from 15kVA modules in a 4+1 configuration, so the electrical plant is sized to the cabinets you actually install and grows module by module instead of being over-built on day one.
Cooling is handled by four in-row precision air conditioners rated 25.5 kW each in 3+1 redundancy, mounted inside the cabinet row so heat is removed at the source rather than diluted across the room. The aisle module arrives pre-engineered and pre-tested, which shortens site work to days instead of months, and the modular frame accepts additional cabinets, UPS modules and cooling units as workloads grow—including high-density AI and supercomputing racks.
| Configuration | IT Cabinets | Power / Cab | UPS System | Cooling Capacity | Refrigeration Type | Dimensions (L*W*H) |
|---|---|---|---|---|---|---|
| Plan 1 › | 12 Cabinets | 5 kW | 90K Rack Modular (15kVA modules, 4+1) |
25.5kW x 4 (3+1 Redundancy) |
In-Row AC | 4200 x 3600 x 2000 mm |
| Plan 2 › | 12 Cabinets | 5 kW | 120K Tower Modular (30kVA modules, 3+1) |
65.5kW x 2 (1+1 Redundant) |
In-Row AC | 4800 x 3600 x 2000 mm |
| Plan 3 › | 14 Cabinets | 5 kW | 120K Tower Modular (30kVA modules, 3+1) |
71.1kW x 1 (N Redundancy) |
Room-Level AC | 4800 x 3600 x 2000 mm |
| Plan 4 › | 14 Cabinets | 5 kW | 120K Tower Modular (30kVA modules, 3+1) |
Custom Capacity (Tailored) |
FAN WALL | 4800 x 3600 x 2000 mm |
| Plan 5 › | 18 Cabinets | 5 kW | Modular N+1 (25kVA modules, 4+1) |
31.1kW x 4 (3+1 Redundancy) |
In-Row AC | 6000 x 3600 x 2000 mm |
| Plan 6 › | 24 Cabinets | 5 kW | Modular N+1 (25kVA modules, 5+1) |
40.9kW x 4 (3+1 Redundancy) |
In-Row AC | 8400 x 3600 x 2000 mm |
| Custom › | ≤ 48 Cabinets | ≤ 15 kW | Max 500kVA (2N/N+1 Redundancy) |
Flexible Capacity (Row or Room) |
Air / Water / Chilled | Length ≤ 15000 mm |
Space Adaptability: This plan ships as a 12-cabinet aisle row measuring 4200 x 3600 x 2000 mm, configured to suit irregular room shapes, low ceilings or existing structural columns — so usable space is maximized whether the site is a new build or a retrofit.
Optimized Airflow: Enclosed cold/hot aisle containment separates the air streams, eliminating hot spots and boosting cooling efficiency across the 12 cabinets, each rated for 5 kW of IT load.
Quick Deployment: Pre-engineered components — 12 cabinets, a 90K rack modular UPS built from 15kVA modules (4+1), and four 25.5 kW in-row AC units in 3+1 redundancy — enable fast rollout of new computing zones, cutting deployment timelines compared to traditional on-site builds.
Seamless Expansion: The expandable design starts from this 12-cabinet baseline and lets you add racks and cooling units as needed, supporting growing workloads—including high-density AI and supercomputing tasks—without disrupting ongoing operations.
Tailored to diverse deployment scenarios—including small enterprise IT rooms, retrofitted traditional data centers and outdoor edge nodes—our modular data center solutions balance performance, cost and energy efficiency.
3-15 kW per Cabinet
All-in-one integrated cabinet design, plug-and-play deployment (1-3 days), remote intelligent monitoring. Ideal for edge endpoints like retail stores, ATMs and small enterprise IT rooms.
8-30 kW per Cabinet
Column-level prefabricated design, flexible expansion by rows, fits existing server rooms without major reconstruction. PUE 1.2-1.4, perfect for medium-density enterprise IT deployments.
15-40 kW per Cabinet
Airtight cold/hot aisle enclosure, 90%+ cold air utilization, PUE reduced to 1.2-1.3. Cost-effective upgrade for traditional open data centers to support high-density servers.
10-500 kW (20ft/40ft)
Prefabricated all-in-one container (20ft/40ft), dustproof/anti-vibration, deployable outdoors. Liquid cooling optional for AI high-density computing (PUE ≤1.1), ideal for edge & temporary computing needs.
Empowering next-generation infrastructure with superior thermal management for high-wattage computing demands.
