CBC Integrated Prefab Building Solution For Modern Data Centers & AI Compute Facilities

CBC Integrated Prefab Building Solution for Modern Data Centers & AI Compute Facilities
Leveraging CBC's Steel Structure Buildings and Prefabricated Modular Systems

 

The global surge in AI, cloud computing, and edge data processing has created unprecedented demand for rapid deployment of high-density, energy-efficient, and scalable data centers. Traditional construction-often taking 18–24 months-is no longer viable. Operators now require modular, industrialized solutions that meet Tier III/IV reliability standards while enabling phased expansion.

CBC Company offers a dual-track approach:

Primary Data Hall: High-clearance, wide-span steel structure buildings for server halls, power rooms, and cooling plants

Support & Edge Functions: Rapid-deploy prefabricated modular buildings (Prefab Houses) for NOC, offices, security, battery backup, and auxiliary facilities

This integrated solution combines structural robustness with speed-to-market-delivering a fully operational data center in 6–9 months, at 20–30% lower total installed cost vs. conventional builds.

 

Function	CBC Solution	Rationale
Main Data Hall (IT White Space)	Large-span steel portal or truss frame building (clear span up to 30 m, height ≥6 m)	Accommodates high-bay CRAC units, overhead cable trays, and future rack density upgrades
Electrical & UPS Rooms	Steel structure + fire-rated prefab enclosures	Segregated, secure, with EMI shielding options
NOC / Admin / Security	CBC Prefab Modular Houses (3m×6m or 3m×9m units)	Factory-finished with HVAC, lighting, network cabling
Edge Micro-Data Centers	Self-contained prefab modules with integrated cooling & power	Deployable standalone or as campus extensions
Battery Backup (Li-ion or VRLA)	Fire-resistant prefab containers with ventilation & spill containment	Compliant with NFPA 855 / IEC 62619

 

 

3.1 Steel Structure Building Features

Primary Frame: Q355B or ASTM A572 Grade 50 hot-rolled or built-up sections

Roof/Wall Cladding:

Option A: 0.6 mm PPGL steel sheets + 100 mm rock wool insulation (U-value ≤0.35 W/m²K)

Option B: Insulated sandwich panels (PIR core, 100–150 mm, fire class B-s1,d0 per EN 13501)

Floor System: Reinforced concrete slab-on-grade with raised access floor (600–1,200 mm) integrated post-construction

Wind/Seismic: Designed per local codes (e.g., ASCE 7, Eurocode 8); suitable for seismic zones up to Zone 3

Fire Protection: Intumescent coating or board protection on columns/rafters (60–120 min rating)

 

3.2 Prefab Modular House Features (for support functions)

Structure: Light-gauge steel frame (LGSF) or container-based steel chassis

Walls/Roof: 75–100 mm PIR/rock wool sandwich panels (λ = 0.022 W/mK)

Integrated MEP: Pre-installed conduits, data ports, LED lighting, split-unit HVAC

Connectivity: Plug-and-play electrical & data interfaces between modules

Durability: IP54-rated enclosures; corrosion-resistant finishes (C4 environment compliant)

 

CBC's hybrid solution aligns with key industry requirements:

Standard	CBC Compliance Approach
TIA-942-B / ANSI/BICSI 002	Structured cabling pathways pre-designed; separation of power/data zones
NFPA 75 / 76	Fire-rated compartmentalization; smoke detection rough-ins
ASHRAE TC 9.9	High ceiling (≥6 m) enables hot/cold aisle containment and efficient airflow
ISO/IEC 27001	Secure module design with access control integration points
LEED / Energy Star	Reflective roofing, high insulation, and solar-ready roof design reduce PUE baseline

Note: While CBC provides the shell and core, critical systems (UPS, generators, chillers, racks) are integrated by specialist partners-but CBC's design includes all necessary clearances, load capacities (≥12 kN/m² floor load), and utility entry sleeves.

 

 

✅ Speed-to-Market (6–9 Months vs. 18+ Months)

Parallel Workflow: Foundation work proceeds while steel frames and prefab modules are fabricated off-site

Factory Precision: 90% of MEP rough-ins completed in factory → minimal on-site rework

Rapid Erection: Main steel structure erected in 2–3 weeks; prefab support buildings installed in days

 

✅ Capital Cost Savings (20–30% Reduction)

Cost Element	Conventional Build	CBC Hybrid Solution	Savings
Structural Frame	$180–220/m²	$120–150/m²	~25%
Envelope (Wall/Roof)	$90–110/m²	$70–85/m²	~20%
Labor (On-site)	High (skilled welders, electricians)	Reduced by 60%	Significant
Schedule Penalty Risk	High	Minimal (fixed factory lead time)	Indirect savings

Example: A 2,000 m² data hall + 500 m² support facilities

Conventional CAPEX: ~$4.5M

CBC Hybrid CAPEX: ~$3.2M (including transport, installation, basic site works)

 

✅ Scalability & Phased Deployment

Start with one 1,000 m² hall; add adjacent bays using same column grid

Prefab NOC/admin can be relocated or repurposed post-expansion

 

✅ Sustainability Benefits

Steel: >90% recycled content; 100% recyclable at end-of-life

Reduced Waste: Factory production cuts construction waste by ~70%

Energy Efficiency: High insulation + reflective surfaces lower cooling load → PUE reduction of 0.05–0.10 achievable vs. non-insulated metal buildings

 

Manufacturing: CBC factories in Hangzhou, China (ISO 9001/14001 certified)

Export Packaging: Steel components bundled; prefab modules flat-packed or containerized (16 units/40HC)

Logistics: Door-to-site delivery worldwide; partnerships with DHL, COSCO, and local EPC firms

Installation Support: CBC provides supervision team + digital BIM coordination

 

 

CBC's integrated Steel Structure + Prefab Modular solution delivers a future-ready, code-compliant, and economically superior pathway for modern data center and AI compute facility development. By decoupling the high-performance data hall (requiring strength, height, and flexibility) from rapidly deployable support functions, CBC enables operators to:

Deploy faster in response to AI-driven capacity demands

Reduce CAPEX and operational risk through industrialized construction

Maintain scalability and sustainability without compromising reliability

In an era where "time-to-bit" is as critical as power efficiency, CBC's hybrid model represents the next evolution in digital infrastructure delivery-industrialized, intelligent, and instantly deployable.