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| Section | Weight | Objectives |
|---|---|---|
| Introduction to Huawei Data Center Facility and Critical Power Solutions | 60% | - Huawei Data Center Facility product overview
|
| Safety Management | 10% | - Safety protocols and practices
|
| Introduction to Data Center Facility Partner Policies Outside China | 20% | - Partner ecosystem and policies
|
| Partner Quality Management | 10% | - Quality processes and standards
|
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NEW QUESTION # 34
An indirect evaporative cooling solution supports multiple operating modes that can switch automatically depending on cooling demand as well as the ambient temperature and humidity, in order to make the best use of natural cooling sources. Which of the following are typical operating modes?
Select all that apply
Answer: A,B,D
Explanation:
Huawei's FusionCol8000-E indirect evaporative cooling solution uses different cooling modes to adapt energy consumption to environmental conditions and the cooling requirements of the data center.
Option B, Dry mode, uses the fans and heat exchanger to transfer heat without operating the water spray system or mechanical refrigeration. It is particularly effective when outdoor conditions provide sufficient natural cooling capacity.
Option C, Spray mode, operates the fans and water spray pumps to improve heat rejection through evaporation. This mode increases cooling capacity when dry heat exchange alone cannot satisfy the cooling requirement.
Option A, Hybrid mode, combines available natural cooling with auxiliary mechanical refrigeration. The compressor supplements heat rejection when environmental conditions or IT load prevent the other modes from maintaining the required temperature.
The system selects operating modes according to cooling demand, return-air conditions, and outdoor temperature and humidity. This minimizes unnecessary compressor operation and optimizes the balance between electricity and water consumption.
Option D is not one of the three standard operating modes identified for the conventional indirect evaporative cooling configuration. Direct ventilation introduces a different airflow arrangement; Huawei also documents separate direct-ventilation configurations.
Therefore, A, B, and C are correct for the conventional solution. The instruction to Select all that apply is erroneous.
Huawei Training Material - Supporting Extract
EHU Energy Saving: Maximizes natural cooling sources for energy saving, PUE 1.25, WUE < 1.1
@Shaoguan.
Natural cooling source time16%+#.
Chilled water system 37% #EHU 53%.
The HCSA slides do not individually enumerate dry, spray and hybrid modes. Supplementary official product data: https://digitalpower.huawei.com/upload-pro/index/index/FusionCol8000%20E260H4%20Indirect%
20Evaporative%20Cooling%20Solution.pdf
Huawei Course Reference: Huawei Smart Cooling Solution - Indirect Evaporative Cooling EHU. PDF pages 28-29; slides 29-30. Supplementary official FusionCol8000-E260 specification.
NEW QUESTION # 35
Which of the following are the core modules of the FusionDC1000C?
Select all that apply
Answer: A,B,C,D
Explanation:
Huawei FusionDC1000C is a prefabricated modular data center solution based on engineering productization and modular infrastructure integration. Its architecture converts major data center subsystems into standardized modules that can be manufactured, integrated, tested, and delivered according to project requirements.
Option A, the IT module, provides the infrastructure for housing computing and network equipment. Different configurations support medium- and large-scale IT deployments, with cabinet arrangements and cooling integration adapted to the required IT capacity.
Option B, the Battery module, provides energy storage infrastructure for backup power availability. Battery modules are offered in configurations supporting different installation and cooling requirements.
Option C, the Power Supply module, incorporates the electrical infrastructure necessary for distributing power to the data center. Huawei provides power modules with different capacities and transformer configurations depending on the deployment location.
Option D, the Cooling module, maintains environmental conditions for reliable IT operation. Cooling configurations include DX-based cooling and fan-wall technologies appropriate for different data center designs.
All four modules form the core FusionDC1000C architecture. Their standardized construction enables factory pre-integration, parallel onsite construction, reduced installation complexity, and faster service deployment.
Huawei Training Material - Supporting Extract
FusionDC1000C Architecture: Modularization, Ecologicalization; 4 type core modules: IT Module; Power Module; Cooling Module; Battery Module.
Focus on 4 Types of Core Modules: IT Module; Power Supply Module; Battery Module; Cooling Module.
Factory pre-integration and onsite construction parallel, shorten TTM 50%+.
Huawei Course Reference: FusionDC1000C: Engineering Productization, Product Modularization, Reshape Data Center Architecture; Focus on 4 Types of Core Modules. PDF pages 41-42; slides 42-43.
Verification assessment: All four FusionDC1000C core modules explicitly named.
NEW QUESTION # 36
What is the general air supply mode used by a fanwall solution?
Answer: A
Explanation:
Huawei's high-temperature chilled water fan-wall solution uses horizontal air supply to deliver cooled air across IT equipment areas without requiring the underfloor air distribution infrastructure associated with conventional downflow cooling systems.
Option B is correct because the fan-wall architecture directs air horizontally through the equipment room, supporting efficient airflow distribution between cold and hot areas.
Conventional chilled water Computer Room Air Handling (CRAH) systems frequently use downward airflow into a raised-floor plenum. This arrangement requires additional construction, maintenance access, and floor- space planning.
Huawei's fan-wall solution eliminates the raised-floor requirement by providing horizontal, diffusing airflow directly into the equipment environment.
This design simplifies installation and reduces construction costs. Huawei identifies approximately 10% capital expenditure savings associated with the elimination of raised-floor infrastructure in the relevant comparison.
Horizontal airflow also supports high-temperature chilled water operation, allowing the cooling system to use higher inlet water temperatures and improving overall energy efficiency.
The architecture incorporates modular serviceable components and supports simplified maintenance from the return-air side of the equipment.
Option A does not describe the general fan-wall supply direction, while option C indicates an upward airflow arrangement not identified as the applicable solution architecture.
Therefore, B is the correct answer.
Huawei Training Material - Supporting Extract
No Raised Floor, Faster and Saving Deployment, Capex reduced by 10%.
Traditional In-room CW: Under floor air flow.
Huawei Fan Wall: Fan wall: no raised floor, diffusing air flow.
Fan Wall High-Efficiency Cooling: 10% # Horizontal air flow. No flooring required (VS. In-room chilled water air conditioner).
Huawei Course Reference: Introduction to Huawei Data Center Facility and Critical Power Solutions - Fan Wall: High-Efficiency Cooling, Extraordinary Reliability, and Simplified O & M; No Raised Floor, Faster and Saving Deployment. PDF pages 36 and 39; slides 37 and 40.
Verification assessment: Direct horizontal airflow and no-raised-floor description.
NEW QUESTION # 37
Which functions are integrated into the built-in UPS unit of the FusionModule2000?
Select all that apply
Answer: A,B,D
Explanation:
Huawei FusionModule2000 incorporates an integrated UPS architecture designed to consolidate power supply and distribution functions within a compact modular data center infrastructure. The objective is to reduce equipment footprint, simplify electrical installation, and improve the efficiency of power delivery to IT and supporting cooling equipment.
Option A is correct because the integrated solution incorporates modular UPS technology, providing flexible capacity expansion and maintainable power modules. The architecture supports a high-density UPS configuration with a rated capacity of up to 180 kW per cabinet in the course's product comparison.
Option C is correct because power distribution for cooling equipment is integrated into the solution. This removes the need for a separate cooling power distribution cabinet and supports coordinated power supply to the cooling infrastructure.
Option D is correct because IT power distribution is also consolidated within the integrated UPS architecture, enabling electrical power to be supplied to server cabinets through the integrated distribution system.
Option B is incorrect because equipment room monitoring is performed by the facility monitoring and management systems rather than being one of the three principal integrated UPS power functions.
Compared with traditional arrangements requiring separate UPS, IT power distribution, and cooling distribution cabinets, the integrated design can save one to two cabinets and reduce deployment workload.
Huawei Training Material - Supporting Extract
Core technology: integrated UPS, saving one to two cabinets and reducing workload by 50%.
Traditional: UPS + PDC; UPS - IT PDC - Cooling PDC.
Huawei: Integrated UPS.
Power space: 2~3 cabinets # Power space: 1 cabinet.
Space saving: One to two cabinets are saved.
Simple deployment: Multiple cabinets are integrated, reducing workload by 50%.
Huawei Course Reference: Smart Modular DC 6.0 - Core Technology: Integrated UPS. PDF pages 49 and
52; slides 50 and 53.
Verification assessment: Confirmed from integrated UPS architecture.
NEW QUESTION # 38
True or False: Compared with a traditional switch, the load switch used in the PowerPOD 3.0 has its width reduced by 80%.
Answer: A
Explanation:
Huawei PowerPOD 3.0 employs an innovative high-density load switch design to reduce the physical footprint of its critical power distribution architecture.
The solution uses a patented flapping-wing load switch with a compact mechanical and electrical configuration. Compared with conventional load switches, the patented design reduces switch width by approximately 80%, enabling multiple switching devices to be integrated into a smaller cabinet footprint.
This reduction is significant because traditional data center power distribution arrangements require substantial floor space for input cabinets, bypass equipment, UPS cabinets, feeder cabinets, and associated electrical components.
By integrating high-density switching technology with compact UPS power modules, PowerPOD 3.0 consolidates equipment that would otherwise occupy multiple cabinets.
Huawei's representative 2.5 MW comparison demonstrates a reduction from 21 cabinets in a conventional solution to approximately 10 cabinets in the PowerPOD 3.0 configuration. This represents a reduction of approximately 50% in the power system footprint.
The smaller switch dimensions also support a simplified physical arrangement and more efficient use of data center building space.
Option A is correct because the 80% width reduction is a specified characteristic of the patented load switch.
Huawei Training Material - Supporting Extract
Innovative load switch (Flapping-wing switch).
Built-in independent switches.
Patented small-size switch, reducing width by 80%.
1 cabinet @ 600 kVA UPS with four load switches.
Footprint saving: Converged and High-density, 21 #10 Cabinets@ 2.5 MW, Saving Footprint by 50%.
Huawei Course Reference: Introduction to Huawei Data Center Facility and Critical Power Solutions - PowerPOD 3.0: Footprint Saving, Converged and High-Density. PDF page 18; slide 19.
Verification assessment: Direct 80% load-switch width-reduction specification.
NEW QUESTION # 39
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