Modular data center solution
New-generation green intelligent data center · Rapid deployment · Elastic expansion · High efficiency and energy saving
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With the rapid development of technologies such as cloud computing, big data, and artificial intelligence, traditional data centers face severe challenges including long construction cycles, high energy consumption, difficulties in expansion, and complex operations and maintenance. Modular data center solutions have emerged in response to these challenges, offeringMicro-module cold aisleAs the core, it deeply integrates power supply, cooling, monitoring, cabinets, cabling, and other systems to create aEnergy-efficient, rapid deployment, and flexible scaling.The new generation of data center infrastructure. This solution has been widely applied in industries such as finance, government, education, healthcare, and the internet, becoming the mainstream choice for data center construction.
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I. Core Advantages: Three Major Breakthroughs Reshaping Data Center Construction Standards
The modular data center solution, centered on the micro-module cold aisle, deeply integrates power supply, cooling, and monitoring systems to achieve three major breakthroughs:
- · Dynamic energy saving:Utilizing AI intelligent temperature control technology, dynamically adjusting power supply and cooling capacity based on IT load, with a PUE value as low as Below 1.5, compared to traditional data centers, it saves operational costs. 30%。
- · Fast delivery:All components are factory-prefabricated and pre-commissioned, with on-site modular assembly, reducing the construction cycle from over 6 months in the traditional model to 8-12 weeks, delivery speed improved 50%。
- · Flexible scaling.:Supports phased deployment mode, with modules expandable on demand. Adding cabinets requires no downtime for retrofitting, enabling business continuity. Zero interruptions. Expand capacity to protect clients' initial investments.
II. System Design Highlights: Safe and Reliable · Green and Energy-Efficient · Flexible Deployment
2.1 Secure and Reliable Architecture
- · Enclosed cold aisle containment systemThe skylight features a narrow-frame, explosion-proof glass design that enhances natural lighting and visibility while ensuring the airtightness of the passage, preventing the mixing of hot and cold airflows.
- · Dual redundancy assuranceRow-level air conditioning with N+1 redundant configuration, paired with PPR fusion-welded water pipes for leak prevention; the UPS battery system is equipped with real-time health monitoring to provide early warning of failure risks.
- · Smart monitoring platform: Real-time 7×24-hour alerts for power supply and distribution, temperature and humidity, water leakage detection, and security access control data, with integrated management of various risk events.
2.2 Green and Energy-Saving Technologies
- · Row-level air conditioning provides localized cooling.The air conditioner is deployed in close proximity to the IT equipment, shortening the air supply path to 1-2 meters, which significantly reduces cooling loss during delivery.
- · EC fan + intelligent sleep modeEC fans automatically adjust their speed based on load, enter intelligent sleep mode during low load, and reduce standby energy consumption. 30%。
- · Hot and cold aisle full isolationPhysically isolate hot and cold airflow to prevent mixing and improve cooling efficiency. 15%-25%directly translating into a significant reduction in PUE.
2.3 Modular Flexible Deployment
- · Standardized componentsAll cabinets, power distribution units, precision air conditioners, and integrated cabling are fully integrated into micro-module units, with unified interfaces and seamless interconnection.
- · Scale on demand.Water and electricity reserved standard interfaces, supporting plug-and-play for IT equipment, with new modules not affecting existing business operations.
- · Quick assemblyThe adjustable base design plus frame-type channel structure can adapt to installation environments with varying floor heights and ground conditions.
III. Authoritative Compliance Assurance: Full Standard Coverage, Trustworthy and Reliable
The design strictly adheres to multiple domestic and international standards, with all aspects from site selection and planning to equipment selection being compliant and well-documented.
- · National standardStrictly comply with GB50174-2017 "Code for Design of Data Centers", GB50057 Code for Protection of Buildings against Lightning, GB/T 19413 Energy Efficiency Limit Values for Data Centers, and other relevant standards.
- · International certificationCompliant with the TIA-942 data center infrastructure standard (Tier I-IV levels) and the ASHRAE TC9.9 data center environmental temperature control standard.
- · Earthquake resistance and fire prevention.Passed the YD5059 seismic performance test for telecommunications equipment, meeting the seismic requirements for intensity 8; cabinet-level fire linkage early warning with very early fire detection.
IV. Full Lifecycle Services: One-Stop Assurance from Planning to Operations and Maintenance
- · Service network.National. 50+ Direct service outlets, covering major cities,2 hours Rapid response and component-level repair capabilities reduce customer maintenance costs.
- · Proactive operations and maintenanceEstablish full lifecycle records and tracking for equipment, conduct regular inspections to prevent failures, proactively push health reports, and shift from "emergency repairs" to "preventive maintenance."
- · Three-level training systemProvide the client's technical team with three levels of customized training: basic operations, advanced diagnostics, and management decision-making, to enhance their autonomous operations and maintenance capabilities.
- · Intelligent Management PlatformReal-time monitoring of work order progress, closed-loop optimization of customer satisfaction, visual analysis of operations and maintenance data, and continuous improvement of service quality.
Five. Why choose a modular data center?
| Comparison dimension | Traditional data center | Modular data center |
|---|---|---|
| Operating costs | OPEX remains high, with energy consumption accounting for over 40%. | Operating costs reduced by 10%-30% |
| Scalability | Capacity expansion requires downtime for modification, posing a high risk of business interruption. | Online capacity expansion with no business impact. |
| Construction period | Construction period ≥ 6 months | Delivery speed increased by 50%. |
| Quality control | On-site construction quality is difficult to control. | Factory prefabricated, standardized delivery. |
Consult our solutions now and embark on the journey of intelligent data center upgrade.
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