Customer brings the compute. CIMC delivers the site-ready data center infrastructure.
CIMC combines MW-scale power, PTU, modular cooling, generator modules, BESS, modular data halls and EPC delivery into one deployable platform for AI data centers, cloud campuses and grid-constrained compute sites.
Compute, IT load, business model and operations.
The customer can define GPU cluster, rack density, IT load profile, network requirement, redundancy target and commercial timeline while CIMC packages the physical infrastructure around the load.
Power, cooling, modular building and EPC delivery.
From early feasibility to factory prefabrication, transport, lifting, module joining and commissioning, CIMC turns energy and building scope into a controlled delivery chain.
Data center power should be planned with the building, cooling and EPC path from day one.
For AI campuses, the risk is rarely one piece of equipment. The risk is interface failure between grid, gas, backup, cooling, modular hall, civil works and commissioning. CIMC integrates those interfaces into one project architecture.
Megawatt power platform
Grid intake, gas-to-power, generator modules from 1.4MW to 3.0MW, PTU from 1.6MVA to 3.15MVA, BESS, E-house and EMS dispatch.
Cooling and thermal plant
Modular cooling plant, prefabricated piping skids, chilled water, DX air cooling and liquid-cooling-ready routes for high-density AI racks.
Modular data halls
4150mm modules, dual-stack modules and skid modules for mid-density, high-density GPU and flexible phased deployment.
EPC turnkey delivery
Concept design, schematic design, detailed design, BIM, manufacturing drawings, factory integration, logistics, assembly, commissioning and service.
Designed for MW to 100MW-class phased AI campus planning.
The solution can start from a modular power and cooling block, then expand by repeating standardized modules. For grid-constrained sites, gas-to-power and BESS can be planned as the energy island behind the data hall.
Choose the infrastructure route by power availability, rack density and speed-to-market.
100MW-class AI campus
Phased utility intake, PTU, modular cooling plant, data hall modules and campus-level EPC coordination for hyperscale expansion.
Grid-constrained compute site
Use gas-to-power, BESS and EMS to build a resilient energy island behind the data center load when grid capacity is slow or limited.
Fast overseas deployment
Factory prefabrication, private cargo terminal, local partners and modular installation reduce site uncertainty and shorten delivery schedules.
High-density GPU cluster
Dual-stack modules, liquid-cooling-ready planning and modular plant rooms help match GB200 or GB300 class thermal requirements.
DFMA turns the data center into repeatable productized infrastructure.
Design for Manufacturing and Assembly reduces late-stage change cost by considering fabrication, transport, lifting, module joining and commissioning in the design phase.
Permanent modular data centers with real project references, not temporary containers.
CIMC Digital Power references comply with local building codes and acceptance specifications. Published examples include cloud, AI and regional data center projects across Asia and the Middle East.
Local code compliance, global delivery and regional partner execution.
The modular solution is designed to meet permanent construction standards in many markets including East Asia, Southeast Asia, Europe, the Middle East, the Americas and Australia. Regional delivery can combine CIMC manufacturing with local engineering and installation partners.
Before hardware quantities, define the compute and site envelope.
For a useful first proposal, CIMC needs the IT load, rack count, rack density, target redundancy, site location, grid capacity, gas availability, cooling route, land boundary and required go-live schedule.
Compute profile
MW load, rack density, GPU class, phasing plan, redundancy level and expected operating mode.
Site condition
Grid capacity, gas or LNG route, climate, water availability, land plot, access road and local code constraints.
Commercial target
Target go-live date, expansion speed, CAPEX preference, OPEX target, power cost and delivery boundary.
Send us the compute load. We will build the infrastructure route.
For AI data centers and cloud campuses, CIMC can turn MW load, rack density and site constraints into a power, cooling, modular building and EPC delivery plan.