Modular Data Center Containers | Ready for Service in 4 to 8 Months | Syaala
Syaala liquid-cooled modular data center

MODULAR DATA CENTERS

Ready for Service in 4 to 8 Months.
Built for What Comes Next.

1.6, 4.8 and 9 MW per step 250 kW per rack N+1 standard redundancy

Factory-built modules engineered for GPU workloads. Direct-to-chip liquid cooling for GB300, B300 and Vera Rubin class racks.

See how it works

Technical Specifications

Modules, rack densities, power, cooling and redundancy

Product Line

The 1.6 MW Block, the 4.8 MW B300 Block and the 9 MW Zone.

Why Modular

Data-backed comparison vs. traditional builds

Project Intake

Tell us about your project. MDC, colocation, full build, or scoping it out. All fields optional.

The Reality

Legacy facilities can't cool 40+ kW racks without $2M+ electrical retrofits. Your GPU fleet needs power density, not a renovation.

14-month utility interconnect timelines strand $6M+ in GPU capital. Every week of delay is revenue left on the table.

You need rack-level power density. Not a construction project.

Factory-built modules designed for the workloads traditional facilities weren't built for.

Traditional Build
18+ months
Syaala Module
4 to 8 months
The Process

From Concept to Capacity

01

Site Assessment

Power availability, utility interconnect requirements, and site prep review. Configuration lock within 48 hours of assessment.

Week 1-2
02

Engineering & Procurement

BOM finalization, vendor coordination, and structural engineering. All components sourced from tier-1 OEM partners.

Week 3-5
03

Factory Build & FAT

Precision assembly, electrical testing, thermal validation. Full factory acceptance testing before shipment.

Week 5-9
04

Delivery & Energization

Transport to site, installation, site acceptance testing. Commissioning and energization with full documentation.

Week 10-13

Built to Standards That Matter

Standards & Compliance

Every size is designed to:

  • NEC (National Electrical Code)
  • UL 9540 and NFPA 855 for battery storage
  • ASHRAE TC 9.9 thermal guidelines
  • Third-party (NRTL) evaluation, arranged per project

Built-In Redundancy

The load is carried with any one unit out:

  • Power: N+1 standard, 2N on the 1.6 MW Block
  • Battery: one string per power module
  • Cooling: redundant pumps and coolers
  • 9 MW Zone: four paths, any three carry

Quality Assurance

Before delivery:

  • Factory acceptance testing of every module
  • Electrical and thermal checks before shipment
  • Installation and commissioning on site
  • Documentation package for each deployment
4 to 8 Months to Ready for Service
250kW Max Rack Density
N+1 Standard Redundancy
3 Sizes: 1.6, 4.8, 9 MW

The technical datasheet: all three sizes, their modules, rack densities, redundancy and site fit

Related Solutions

Explore other ways to deploy your infrastructure.

Turnkey GPU Infrastructure

Colocation

GPU capacity built to your requirements on power-ready sites. 20 to 250 kW per rack, GB300 and B300 class, typically 4 to 8 months to ready for service.