Trends
Finance industry trends
Data centers are playing an increasingly important role as the foundation for the industry’s digital transformation. They serve as:
Application Scenarios
Challenges
Security and reliability
Carbon neutrality
Complex construction and O&M
Lack of flexibility
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.
-
Architecture: Uses innovative designs for buildings and equipment rooms. -
Proactive security: Prevents faults and closes them quickly. -
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.
-
Proactive security: Prevents faults and closes them quickly. -
Secure architecture: Safeguards everything from components to data centers.
Solutions & Benefits
-
Efficient The 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.
Challenges
Security and reliability
Carbon neutrality
O&M staff shortage
Design Principle
-
Green: Uses more green energy sources. -
Efficient: Consumes less electricity, water, and other resources. -
Recyclable: Recovers out-of-service materials.
-
Simplified architecture: Uses innovative designs for buildings and equipment rooms.
-
Automated O&M: Goes digital and intelligent. -
Automatic energy efficiency optimization: Enables smart cooling. -
Autonomous operations: Maximizes resource value.
-
Proactive security: Prevents faults and closes them quickly. -
Secure architecture: Safeguards everything from components to data centers.
Solutions & Benefits
-
Efficient In-row free cooling improves cooling capacity per rack; air-cooled smart module is certified for PUE (annual average PUE in Beijing: 1.111). -
Simple The modular architecture facilitates on-demand deployment and flexible capacity expansion. -
Smart AI-based intelligent O&M delivers 35% higher efficiency. -
Reliable AI enables proactive and predictive maintenance. Components, devices, and systems adopt modular and redundancy designs.
Challenges
O&M staff shortage
Limited space and high OPEX
Intelligence
Design Principle
-
Efficient: Consumes less electricity, water, and other resources.
-
Simplified architecture: Uses innovative designs for buildings and equipment rooms.
-
Automated O&M: Goes digital and intelligent.
-
Secure architecture: Safeguards everything from components to data centers.
Challenges
Security and reliability
Carbon neutrality
Complex construction and O&M
Lack of flexibility
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.
-
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.
-
Proactive security: Prevents faults and closes them quickly. -
Secure architecture: Safeguards everything from components to data centers.
Solutions & Benefits
-
Efficient The 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.
Challenges
O&M staff shortage
Limited space and high OPEX
Intelligence
Design Principle
-
Efficient: Consumes less electricity, water, and other resources.
-
Simplified architecture: Uses innovative designs for buildings and equipment rooms.
-
Automated O&M: Goes digital and intelligent.
-
Secure architecture: Safeguards everything from components to data centers.
Challenges
Security and reliability
Carbon neutrality
Complex construction and O&M
Lack of flexibility
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.
-
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.
-
Proactive security: Prevents faults and closes them quickly. -
Secure architecture: Safeguards everything from components to data centers.
Solutions & Benefits
-
Efficient The 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.
Challenges
O&M staff shortage
Limited space and high OPEX
Intelligence
Design Principle
-
Efficient: Consumes less electricity, water, and other resources.
-
Simplified architecture: Uses innovative designs for buildings and equipment rooms.
-
Automated O&M: Goes digital and intelligent.
-
Secure architecture: Safeguards everything from components to data centers.
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