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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Introduction to Data Center Facility Partner Policies Outside China | 20% | - Partner ecosystem and policies
|
| Topic 2: Introduction to Huawei Data Center Facility and Critical Power Solutions | 60% | - Huawei Data Center Facility product overview
|
| Topic 3: Safety Management | 10% | - Safety protocols and practices
|
| Topic 4: Partner Quality Management | 10% | - Quality processes and standards
|
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NEW QUESTION # 61
Which of the following statements correctly describe the efficiency of the UPS5000-H when operating in S- ECO mode?
Select all that apply
Answer: B,C
Explanation:
Huawei UPS5000-H is a high-efficiency modular uninterruptible power supply designed for critical power applications requiring high reliability, maintainability, and reduced energy consumption.
Its Smart Economy Control Operation (S-ECO) mode improves electrical conversion efficiency while preserving uninterrupted power delivery through rapid transfer between operating modes.
Option B is correct because Huawei specifies maximum S-ECO efficiency of up to 99.1%. This performance reduces energy losses and lowers the operating expenditure associated with UPS power conversion.
Option A represents the intended high-efficiency operating range. Huawei identifies an efficiency threshold of at least 98.5% at 20% load and illustrates a high-efficiency profile across the wider operating range. However, the precise course statement uses #98.5% at 20% load, rather than establishing a strict greater-than threshold at every point between 20% and 100%.
Option C is incorrect as a maximum efficiency specification because the UPS5000-H can achieve approximately 99.1%, exceeding 98.5%.
Option D is incorrect because an efficiency exceeding 99.1% throughout the stated load range would contradict the specified maximum of 99.1%.
Accordingly, A and B are the intended examination selections, with A requiring corrected inequality wording for complete technical accuracy.
Huawei Training Material - Supporting Extract
UPS5000-H Green: 96% # 99.1%. S-ECO mode, 0 ms switching. The efficiency #98.5%@20% load.
S-ECO mode: 99.1%, saving 11% electricity cost compared with transformer-based UPS. 99.1% Extreme High Efficiency.
Huawei Course Reference: Introduction to Huawei Data Center Facility and Critical Power Solutions - UPS5000: Full Modular, AI+, Extreme Reliable and Simple O & M; S-ECO Mode. PDF pages 58, 62; slides
59, 63.
Verification assessment: 99.1% maximum and #98.5% at 20% load; the stated > threshold is imprecise.
NEW QUESTION # 62
Which of the following is NOT considered a key activity associated with the SQA key role of "continuous improvement pusher"?
Answer: A
Explanation:
The Continuous Improvement Pusher is a designated role within Huawei's Service SQA LBPGP framework, responsible for strengthening organizational quality performance through structured improvement mechanisms and systematic problem resolution.
Its principal responsibilities include establishing and implementing continuous improvement processes, promoting the application of scientific safety and quality engineering techniques, and identifying opportunities to improve business operations.
Option B describes the establishment of incentive mechanisms that recognize and encourage continuous improvement achievements. Such incentives reinforce organizational participation and help sustain improvement activities.
Option C addresses the regular identification of quality improvement opportunities and the coordination of corresponding business enhancements. This is a core responsibility of the Continuous Improvement Pusher.
Option D describes the implementation of improvement mechanisms and the use of scientific engineering methods to investigate and resolve operational problems. These activities also fall directly within the role.
Option A instead describes the responsibilities of the Safety and Quality Result Guardian. That role concentrates on achieving safety and quality objectives during product delivery and O & M, controlling operational risks, and preventing safety or quality accidents.
Therefore, A is the correct answer because it belongs to a different SQA role.
Huawei Training Material - Supporting Extract
Continuous Improvement Pusher: Establish and implement the continuous improvement mechanism; instruct service personnel to apply scientific safety and quality engineering methods; regularly identify safety and quality improvement points; establish incentives and recognize improvement results.
Safety and Quality Result Guardian: Focus on safety and quality results of product delivery and O & M, carry out safety and quality planning, and ensure that no safety or quality accident occurs.
Huawei Course Reference: Partner Quality Management - Service SQA Roles and Key Business Activities. PDF page 108; slide 14.
Verification assessment: Directly verified role distinction.
NEW QUESTION # 63
Which of the following are components included in the QMS model?
Select all that apply
Answer: B,C,D
NEW QUESTION # 64
After the water-cooled chilled water cooling system is optimized using the iCooling solution, the PUE (Power Usage Effectiveness) can be reduced by 8% to 15%. Is this statement true or false?
Answer: A
Explanation:
Huawei iCooling is an AI-driven cooling optimization solution designed to improve the energy efficiency of large-scale data center cooling systems.
Option A is correct because Huawei identifies a potential PUE reduction of approximately 8% to 15% following optimization of a suitable water-cooled chilled water system.
Power Usage Effectiveness measures the relationship between total facility energy consumption and the energy consumed by IT equipment. Reducing the energy required for cooling equipment improves this ratio, provided the IT workload remains comparable.
Traditional cooling optimization often depends on manual parameter adjustments and the experience of maintenance personnel. Such approaches may not fully account for rapidly changing operating conditions or the complex interactions among cooling equipment.
Huawei iCooling applies extensive operational data collection, data governance, dynamic model training, and real-time optimization to determine efficient cooling strategies.
The system analyzes more than 700 sampling points and 19+2 key parameters, allowing its algorithms to evaluate cooling performance and identify suitable control adjustments.
Huawei identifies potential annual electricity cost reductions of approximately 5% to 10% in the stated application scenarios.
Actual savings depend on equipment characteristics, environmental conditions, IT load, and the baseline efficiency of the cooling system.
Therefore, the specified potential PUE reduction supports option A.
Huawei Training Material - Supporting Extract
AI enables optimization of water cooling systems, reducing PUE by 8-15% and annual electricity costs by 5% to 10%.
Huawei iCooling@AI: 700 + sampling points, (19+2) key parameters.
Training platform: HUAWEI CLOUD; local inference.
Infer the best cooling strategy from 1.4 million original combinations in 1 minute.
Optimization conditions: IT load rate change # 5%; ambient temperature difference # 2°C.
Huawei Course Reference: Huawei DCF Energy Management System - AI Enables Optimization of Water Cooling Systems. PDF page 73; slide 74.
Verification assessment: Direct 8% to 15% PUE optimization figure.
NEW QUESTION # 65
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 # 66
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