Government Data Center Solution

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Trends

Government sector trends

Governments are quickly going digital, employing new technologies like cloud computing, big data, Internet of Things (IoT), and AI. Digital government services improve citizens’ quality of life, enable data-driven decision-making, and grow public capabilities using AI and big data.

Application Scenarios

Smart Government

Governments provide a comprehensive service platform for application systems, information resources, and operation assurance.

Big Data Industry Park

An incubation platform enables big data enterprises to accelerate industrialization.

Supercomputing Center

A supercomputing center runs high-performance computers.

AI Computing Center

An AI computer cluster is built upon AI chips.

Challenges

Carbon neutrality

Green development is a shared mission of global governments. Low carbon emissions and environmental protection are primary considerations in government data center construction.

Data security

Facilities must be secure and stable to assure the security of data housed in data centers.

Slow construction

Typically, it takes over two years to plan, design, build, and deploy a data center, making it difficult to quickly roll out government services.

Complex O&M

Data center O&M requires professional teams, so labor shortages are becoming an important challenge.

Design Principle

Green: Uses more green energy sources.
Efficient: Consumes less electricity, water, and other resources.
Recyclable: Uses technologies for waste heat and material recovery.

Sustainable

Simplified

Architecture: Uses innovative designs for buildings and equipment rooms.
Power supply: Redefines components and links.
Cooling: Shortens links while boosting efficiency.

Automated O&M: Goes digital and intelligent.
Automatic energy efficiency optimization: Enables smart cooling.
Autonomous operations: Maximizes resource value.

Autonomous

Reliable

Proactive security: Prevents faults and closes them quickly.
Secure architecture: Safeguards everything from components to data centers.

Solutions & Benefits

Efficient

UPS5000H delivers up to 99% efficiency in S-ECO mode and features 0 ms transfer.

Indirect evaporative cooling capitalizes on natural cooling sources.
Simple

The integrated system design simplifies procurement and speeds up delivery.

High-density deployment reduces the footprint.
Smart

Full-link visualization: Real-time monitoring simplifies O&M management.

Intelligent optimization: iCooling reduces PUE by 8%–15%.
Reliable

AI enables proactive and predictive maintenance.

Components, devices, and systems adopt modular and redundancy designs.

Success Stories

The Key to Success for Building China's First AI Computing Center in Wuhan

Wuhan AI Computing Center was completed within 120 days, halving the rollout time. The PUE is as low as 1.25, and the annual power saving exceeds 3.4 million kWh

Pursuing green data center in harmony with the nature at Chengdu

The modules can be quickly stacked onsite, cutting the construction period in half and reducing construction waste by 80%

A Digital Twin and Unified Management: Smart O&M Boosts Moro

Huawei's Data Center Infrastructure Management (DCIM) solution — iManager NetEco6000 — provides digital and intelligent management for data center O&M

Moro Builds the MEA Largest Tier III Sustainable Data Center Empowered by Huawei ModularDC with SmartLi UPS Solution

Huawei FusionDC1000B is a next generation, prefabricated smart modular data center. Huawei SmartLi UPS is a Li-ion battery power system designed for data centers

Going Green: Hainan Prefecture, Qinghai, Partners with Huawei to Build a 100% Clean Energy Data Center

.Huawei's modular DC solution delivers high reliability, flexibility, security, and energy efficiency, helping the customer build a high-standard big data center in the region