Green-energy capacity at one site
AI INFRASTRUCTURE CAMPUS · THAILAND
Ready for global-scale AI infrastructure
AI infrastructure.
Green energy.
Up to 10 MW. One site.
Power, liquid cooling, network and operations planned for NVIDIA HGX B300-class infrastructure—from import coordination and deployment to commissioning and Ruk-Com managed operations.
NVIDIA-verified readiness · Verification scope is available during due diligence.
Site power
AI data halls
Cooling plant
Concept visualizationRuk-Com AI Datacenter CampusDeveloped from the supplied site reference photograph
Project capacity10 MW
A regional base for AI infrastructure
Prepared for NVIDIA HGX B300-class
Import, deploy, commission and operate
THE INVESTMENT CASE
One site connecting energy, land and AI infrastructure
Ruk-Com brings site, energy, cooling and operations into one investment plan that can be diligenced and expanded by phase.
Green energy aligned with the campus
Reduce site-and-power coordination complexity, with the energy-source scope documented for due diligence.
Designed as an AI data hall
Plan power density, cooling distribution, service access and expansion around the approved rack profile.
Ready for high-density AI
Plan racks, cooling, network and logistics for NVIDIA HGX B300-class infrastructure.
Operations continue after handover
Operate facility, platform and incident coordination under the agreed service scope.
POWER-TO-WORKLOAD ARCHITECTURE
See the entire system in one flow
From site energy to a running workload. Redundancy and subsystem capacity are confirmed in the project design.
Energy passes through distribution and protection before reaching each rack.
Supply feeds the cooling interface; return carries heat back to the cooling plant.
RUK-COM / AI DATA HALL
High-density AI compute
Infrastructure for NVIDIA HGX B300-class systems
Connect GPUs, storage and users through separate front-end, back-end and management networks.
Receive telemetry and alerts to coordinate investigation, maintenance and incident response.
Conceptual architecture · Cooling is separate from the data network · Power, redundancy and cooling interfaces follow the approved design and selected hardware.
Coordinated by Ruk-ComPower · Cooling · Network · Compute · Operations
EnergyFacilityWorkload
High-density racksLayout follows the approved system
Liquid coolingManifold · CDU · Monitoring
INSIDE THE AI HALL
Facility and AI compute,
designed together
AI infrastructure requires facility and compute design to move together. Ruk-Com translates hardware, power, cooling, network and operations into one deployment plan.
Rack & logistics engineering
Validate dimensions, weight, delivery route, staging and installation sequence before hardware reaches the site.
Cooling distribution
Select air cooling, rear-door heat exchangers or direct-to-chip cooling with CDUs to match the hardware and rack profile.
Operations by design
Prepare runbooks, access control, change process and incident coordination before go-live.
NVIDIA-VERIFIED READINESS
A systematic site path for NVIDIA HGX B300-class
Connect rack-scale requirements to facility work—from power and cooling interfaces to network fabric, floor loading, delivery route and commissioning.
HGX B300-classDeployment target
01Power interface
02Liquid cooling
03Network fabric
04Commissioning
Verification scope
Request the verification scope, covered systems and supporting documentation for your technical due-diligence team to assess project readiness.
DEPLOYMENT MODELS
Start with one rack or design an entire hall
Commercial and operating structures match the control each investor requires. Pricing and scope are confirmed after technical discovery.
AI rack colocation
Facility services and remote hands aligned to the system rack profile.
- Dedicated rack footprint
- Power & cooling assessment
- Remote hands scope
Private AI suite
A separated environment for layout, access, network and operating control.
- Controlled suite boundary
- Custom network fabric
- Phased capacity plan
Build-to-suit hall
Design a hall and facility workstreams for a large deployment.
- Dedicated design workstream
- Procurement coordination
- Commissioning programme
Managed AI infrastructure
Add Ruk-Com operations for facility, platform, monitoring and incidents.
- Operational runbooks
- Monitoring & escalation
- Lifecycle coordination
FACILITY & OPERATIONS
Every workstream has an owner and acceptance evidence
Architecture, redundancy, capacity and SLA are confirmed per project after reviewing the rack profile and operating model.
Electrical
Utility interface, distribution, protection, metering and capacity allocation.
Cooling
Cooling plant, CDU, loop distribution, containment and environmental monitoring.
Connectivity
Carrier strategy, meet-me design, private circuits and cloud interconnect.
Security & life safety
Plan access zones, visitor controls, fire detection and suppression appropriate to each facility area.
Remote hands
Staging, rack-and-stack, inspection, component handling and escalation.
Observability
Facility telemetry, capacity trends, alert paths and operational review.
FROM DILIGENCE TO OPERATIONS
Invest through clear decision gates
Advance in phases so technical, commercial and risk assumptions can be validated before the next budget release.
Request due diligence packFrom design to documented handover
Design→Validate→Handover
PROJECT DOSSIER
Scope · Ownership · Acceptance criteria
- 01Discovery & diligenceGO / REFINE
Workload, rack profile, energy, site, risk and commercial model.
- 02Solution designDESIGN GATE
Facility interface, cooling, network, security and operating model.
- 03Procure & importREADY TO SHIP
Hardware, logistics, customs workflow and site readiness.
- 04Deploy & commissionACCEPTANCE
Install, integrate, test and capture acceptance evidence.
- 05Operate & expandRUN
Monitor, maintain, report and plan the next capacity phase.
INVESTOR DATA ROOM
Decision-critical information, ready for due diligence
Document access follows project stage and NDA. The data room is structured for investors and their advisers.
Site boundary, capacity basis, energy-source scope and expansion assumptions.
Power, cooling, network, space plan and acceptance criteria.
NVIDIA verification scope, evidence map and limitations.
Deployment model, responsibility matrix and pricing assumptions.
Operating scope, escalation, security plan and risk register.
Energy-source evidence, measurement method and reporting boundary.
INVESTOR QUESTIONS
Questions before technical discovery
Final parameters depend on each project's rack profile, deployment phase and operating model.
Talk to Ruk-ComWhat does the 10 MW figure represent?
It is the maximum project power capacity for the integrated site. Actual allocation by phase, hall or rack is confirmed through design and the energy plan.
What does NVIDIA-verified cover?
Programme scope, covered systems and supporting evidence form part of technical due diligence. Our team explains which parts of the infrastructure the verification covers.
How does Ruk-Com support B300 import and deployment?
We coordinate procurement, shipping, customs workflow, site readiness, delivery route, staging and installation sequence, with seller and importer responsibilities defined contractually.
Is standard colocation pricing available?
AI racks differ in power, cooling and operations. Pricing follows review of the system BOM, rack profile, network and service scope.
Is the campus image an as-built photograph?
It is a concept visualization developed from the supplied site reference photo. As-built conditions are verified through documents and a site visit.
BUILD AI INFRASTRUCTURE IN THAILAND
Bring your AI infrastructure
from concept to operation
Share your workload target, rack profile and timeline for a private investor briefing and technical discovery.