Product Introduction: Containerized Computing Power Solutions

I. Product Overview: Plug-and-Play Modular AI Computing Engine – Rapid Deployment of High-Density Computing Power Base

The Computing Power Container (Containerized Data Center / Mobile AI Computing Pod) is a prefabricated, integrated computing infrastructure purpose-built for AI large models, high-performance computing, and edge computing deployments. Built around standard shipping containers, it fully integrates high-density GPU computing units, efficient liquid/air cooling temperature control, intelligent power distribution, fire suppression, and environmental monitoring systems—all pre-assembled and tested at the factory. On-site deployment is truly "plug-and-play," with commissioning in as little as 24 hours to 2 weeks. Compared to traditional data centers, it cuts construction timelines by up to 70% and reduces TCO by 20%–30%. With its four core advantages—high-density computing, extreme energy efficiency (PUE ≤1.15), flexible mobility, and robust reliability—it is ideally suited for "East‑Data‑West‑Computing" initiatives, edge computing, disaster recovery and capacity expansion, and emergency computing scenarios. It represents the new benchmark for efficient, green, and portable computing infrastructure in the digital economy era.

II. Product Features and Application Scenarios: Full-Scenario Adaptation, Unleashing Unlimited Computing Potential

✨ Core Features – Addressing Key Infrastructure Challenges

• Rapid Deployment, Short Delivery Cycle: Fully factory prefabricated, pre-assembled, and pre-tested; on-site only requires power and network connection, with go‑live in as little as 24 hours. Supports single‑pod standalone deployment or multi‑pod splicing for capacity expansion, flexibly adapting to different computing scale requirements.

• High-Density Computing, Powerful Performance: Each container supports 40–80 high‑density GPU servers, suitable for AI training/inference, scientific computing, and rendering clusters. Supports liquid cooling, with per‑rack power density up to 50kW+, breaking through traditional cooling limitations.

• Ultimate Energy Efficiency, Green and Low‑Carbon: Adopts liquid cooling combined with free‑cooling, achieving PUE as low as 1.1–1.15, significantly reducing energy consumption. Integrates 800V DC power distribution and SST solid‑state transformers with energy conversion efficiency up to 98.5%, aligning with green computing and carbon‑peak/carbon‑neutrality goals.

• Rugged and Durable, Adaptable to All Environments: Standard container construction with IP54/IP65 protection, earthquake‑resistant, wind‑resistant, and salt‑fog resistant, suitable for outdoor, high‑altitude, desert, coastal, and other harsh environments. Mobile and liftable, enabling flexible scheduling of computing resources.

• Intelligent Management, Safe and Reliable: Built‑in AI‑driven environmental monitoring system, real‑time tracking of temperature, humidity, power, fire, and security. Supports remote O&M, intelligent alerts, and fault self‑healing, with 99.999% availability to ensure 7×24 stable operation.

📦 Diverse Scenarios, Precisely Matching Computing Needs

• AI Computing Centers: For large‑model training/inference, AI rendering, autonomous driving simulation, providing high‑density, low‑latency, and highly reliable computing support.

• Edge Computing Nodes: For 5G base stations, industrial Internet, smart cities, and IoV edge computing, processing data locally to reduce latency and transmission costs.

• Temporary Expansion and Disaster Recovery: Rapid scaling of existing data centers, disaster recovery for government/finance/enterprise, emergency computing backup to ensure business continuity.

• Extreme Environment Computing: For offshore wind farms, oilfields, mines, military bases, and disaster‑stricken areas, enabling independent and rapid deployment of self‑contained computing nodes.

• Green Computing Bases: Suitable for "East‑Data‑West‑Computing" deployments adjacent to renewable energy stations (solar/wind), enabling "green power + liquid cooling" zero‑carbon computing.

III. Detailed Product Specifications: Precision Engineering, Every Detail Designed for Efficient Computing

Container Structure and Protection

• Standard Container Body: Made of high‑strength weather‑resistant steel, with high load‑bearing capacity and deformation resistance; multi‑layer anti‑corrosion coating for salt‑fog, corrosion, and aging resistance; service life ≥20 years.

• Sealing and Protection Design: Doors with IP65 dust‑ and water‑proof ratings, equipped with specialized sealing gaskets and explosion‑proof latches; anti‑static and lightning‑proof design suitable for complex outdoor environments.

• Modular Framework: High‑strength frame structure supports stacking and splicing, improving space utilization by 30%; reserved standard interfaces for rapid connection and expansion.

Computing Units and Cooling Systems

• High‑Density Computing Pod: Pre‑installed with industrial‑grade GPU servers/compute nodes, supporting Intel/AMD/domestic CPUs, NVIDIA/domestic AI accelerators; high‑density rack layout with per‑rack power density 30‑50kW.

• Efficient Liquid Cooling System: Standard cold‑plate liquid cooling directly contacts CPU/GPU, improving cooling efficiency by 50%; stainless steel piping with leak detection for safety, achieving PUE below 1.1.

• Air‑Cooled Alternative: Supports air cooling with hot/cold aisle containment, suitable for medium‑to‑low density scenarios, offering flexible deployment and easy maintenance.

Power Distribution and Intelligent Monitoring

• High‑Reliability Power Distribution: Integrates UPS, precision PDU, smart PDU, SST solid‑state transformer; supports 220V/380V/800V DC multi‑voltage input, with 99.99% power supply reliability end‑to‑end.

• AI‑Powered Environmental Monitoring: Equipped with intelligent management platform, real‑time monitoring of temperature, humidity, power, fire, access control, and cameras; supports remote Web/APP management, intelligent alarms, data analytics, and energy optimization.

• Safety Protection System: Features heptafluoropropane gas fire suppression, smoke/heat detectors, emergency lighting, and emergency stop buttons; anti‑static flooring and flame‑retardant cables ensure comprehensive safety.

Maintenance and Expansion Design

• User‑Friendly Maintenance Access: Spacious service aisles, lighting, and maintenance platforms inside; external independent control panels, monitoring ports, and emergency switches for intuitive operation.

• Quick‑Connect Expansion Interfaces: Pre‑reserved standard interfaces for network, power, and liquid cooling, supporting seamless multi‑pod splicing and linear capacity expansion; customizable computing scale, cooling method, and protection level.

IV. Manufacturing Equipment, Quality Certifications, and Customer Case Studies

🏭 Professional Manufacturing Facilities – Full‑Process Precision Production

• Dedicated smart factory for computing containers, with end‑to‑end quality control:

  • Container Fabrication Line: Automated laser cutting, CNC bending, robotic welding, with weld nondestructive testing; fully automated anti‑corrosion coating line ensuring structural strength and durability.

  • System Integration Line: Clean‑room assembly of computing units, liquid cooling piping, power distribution, and monitoring systems; strict insulation, voltage withstand, waterproof, and explosion‑proof testing.

  • Factory Acceptance Line: Each unit undergoes 72‑hour full‑load testing, PUE measurement, IP rating verification, and seismic testing to ensure all parameters are met.

📜 Authoritative Quality Certifications – Full Compliance

• Products strictly adhere to international container standards, data center design codes, and electrical safety regulations. Available certifications include:

  • ISO 9001 Quality Management, ISO 14001 Environmental Management

  • Container ISO 6346 standard, CSC safety container certification

  • Uptime Tier III/IV certification, liquid cooling energy efficiency certification

  • Electrical equipment 3C certification, explosion‑proof certification

  • Complete factory test reports, certificates of conformity, and traceability records

📊 Customer Case Studies – Proven Quality and Performance

• AI Computing Center Project: Supplied 40‑foot liquid‑cooled computing containers to a leading domestic AI company, delivering 512 GPUs per container with PUE 1.12, supporting large‑model training with 30‑day deployment, highly praised by the customer.

• Edge Computing Cluster Project: Delivered a mix of 20‑foot and 40‑foot computing pods for a telecom operator, deployed at 5G edge nodes to support industrial Internet and smart city data processing with low latency and high reliability, running stably for over 2 years without failure.

• Green Computing Base Project: Deployed 10MW liquid‑cooled container cluster adjacent to a western solar farm, achieving PUE ≤1.1 and 100% green energy utilization, facilitating the "East‑Data‑West‑Computing" initiative.

• Emergency Disaster Recovery Project: Provided mobile computing containers for a financial institution as an off‑site disaster recovery center, enabling rapid business switchover and ensuring data security and business continuity.

V. Comprehensive After‑Sales Service

• Warranty: 3‑year comprehensive warranty from delivery, with 5‑year warranty on core components (computing units, liquid cooling systems, UPS); free repair or replacement for non‑human‑induced quality issues.

• 24/7 Technical Support: Round‑the‑clock remote technical consultation, fault diagnosis, and O&M guidance; 1‑hour response, 4‑hour fault location, 24‑hour resolution.

• Installation and Commissioning: Turnkey on‑site lifting, installation, debugging, and system integration; dedicated engineers on‑site to assist with power connection, networking, system configuration, and acceptance testing.

• Customization Services: Upgrade computing power, expand racks, optimize cooling, and extend monitoring functions as business needs evolve; adaptation to new scenarios and workloads.

• Lifetime Maintenance: Annual maintenance, regular inspections, system upgrades, and data backup services to ensure long‑term stable and efficient operation.

VI. Professional Consultation and Service Excellence

We offer one‑on‑one professional consulting to tailor 20‑foot / 40‑foot, air‑cooled / liquid‑cooled, high‑density / standard‑density computing container solutions based on your computing scale, application scenarios, deployment environment, and budget. We provide end‑to‑end support covering solution design, configuration selection, deployment timelines, energy efficiency optimization, cost control, compliance, and certification. From planning, design, manufacturing, delivery, to O&M, we deliver a full lifecycle service to help you rapidly build an efficient, green, and reliable computing foundation.