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| Section | Objectives |
|---|---|
| Topic 1: Facility Monitoring and Maintenance | - Fault detection and routine maintenance - Environmental monitoring systems |
| Topic 2: Cooling Systems | - Thermal management and airflow design - Air conditioning systems in data centers |
| Topic 3: Safety and Compliance | - Fire protection systems - Operational safety standards |
| Topic 4: Data Center Infrastructure Fundamentals | - Data center architecture overview - IT equipment and facility integration basics |
| Topic 5: Power Systems | - UPS systems and backup power - Power distribution principles |
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NEW QUESTION # 32
Through device management, you can view the information about
Answer: A,B,C,D
Explanation:
In Huawei smart module management (such as on the ECC800-Pro/WebUI), Device Management is used to centrally view and maintain managed objects (UPS, SmartLi, rPDU, sensors, air conditioners, etc.). The Overview page provides a consolidated snapshot of a device's operating status, key parameters, running mode, and basic identification information so engineers can quickly judge whether the device is healthy and online. The Alarm view lists active and historical alarms related to the device, supporting rapid fault isolation and verification after recovery. The Signal view shows monitoring points and I/O status (including analog values and digital inputs/outputs where applicable), which helps engineers confirm sensor wiring, linkage logic, and real-time state changes during commissioning and troubleshooting. The Service period information is used for lifecycle and maintenance planning, such as tracking service time, maintenance intervals, or component life indicators where supported, enabling preventive maintenance and reducing unexpected downtime. Therefore, Device Management supports viewing all four categories.
NEW QUESTION # 33
Which of the following is NOT typically a subsystem integrated within a Huawei smart modular data center (e.g., FusionModule series)?
Answer: D
Explanation:
FusionModule solutions integrate power, cooling, monitoring, and often fire protection as facility subsystems. WAN edge routing is an IT/network function, not part of the facility module's scope.
NEW QUESTION # 34
The frequency of power supply equipment can be 50 Hz, 60 Hz, or 70 Hz.
Answer: B
Explanation:
In data center power systems, the utility grid frequency standard is either 50 Hz or 60 Hz, depending on the country/region. Data center facility equipment--such as UPS systems, power distribution units, switchgear, and monitoring components--is designed to operate reliably under these standardized grid frequencies, with acceptable tolerance ranges around the nominal value.
While some power conversion equipment can adapt between 50/60 Hz (for example, via frequency tracking or double-conversion), 70 Hz is not a standard utility frequency used for data center facility power supply, and it is not treated as a normal operating frequency in typical design, acceptance testing, or O&M procedures. From an operations perspective, maintaining correct frequency is critical because abnormal frequency can trigger UPS transfer logic, increase losses, create synchronization issues with bypass sources, and negatively affect downstream IT loads. Therefore, stating that power supply equipment frequency "can be 50 Hz, 60 Hz, or 70 Hz" is incorrect for standard data center infrastructure practice.
NEW QUESTION # 35
Which of the following statements are true about the industry trend of the data center cooling systems?
Answer: A,C,D
Explanation:
As data center power density increases (especially driven by AI and high-performance computing), the industry trend is to adoptliquid coolingin high-density scenarios because liquid has much higher heat transfer capability than air, enabling stable cooling where rack power is very high. This makes statementAtrue. The combination ofCloud + AIpushes operators to reduce PUE and total energy cost through more intelligent control, higher efficiency cooling architectures, and integrated energy management, so statementBis also true.
For large data centers, another clear trend is increasingchilled-water supply/return temperatures(higher inlet and outlet temperatures). Warmer water improves chiller efficiency, expands the number of hours that free cooling can be used, and reduces compressor work, soDis true. However,evaporative coolingis not universally the "main solution" for large data centers because it is climate- and water-condition dependent and is typically deployed as one option among multiple architectures rather than the dominant default everywhere. Therefore, Cis the incorrect statement.
NEW QUESTION # 36
Which of the following statements are true about the industry trend of the data center cooling systems?
Answer: A,C,D
Explanation:
As data center power density increases (especially driven by AI and high-performance computing), the industry trend is to adopt liquid cooling in high-density scenarios because liquid has much higher heat transfer capability than air, enabling stable cooling where rack power is very high. This makes statement A true. The combination of Cloud + AI pushes operators to reduce PUE and total energy cost through more intelligent control, higher efficiency cooling architectures, and integrated energy management, so statement B is also true. For large data centers, another clear trend is increasing chilled-water supply/return temperatures (higher inlet and outlet temperatures). Warmer water improves chiller efficiency, expands the number of hours that free cooling can be used, and reduces compressor work, so D is true. However, evaporative cooling is not universally the "main solution" for large data centers because it is climate- and water-condition dependent and is typically deployed as one option among multiple architectures rather than the dominant default everywhere. Therefore, C is the incorrect statement.
NEW QUESTION # 37
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