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| Section | Objectives |
|---|---|
| Cooling and Environmental Control | - Cooling Technologies
|
| Data Center Facility Fundamentals | - Power Systems Overview
|
| Sales and Solution Positioning | - Customer requirements analysis
|
| Huawei Data Center Solutions Overview | - Huawei facility product portfolio
|
>> Latest H19-105_V2.0 Exam Materials <<
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NEW QUESTION # 44
Which roles are part of the SQA LBPGP role model?
Select all that apply
Answer: A,B,C,D
Explanation:
Huawei's Service Safety and Quality Assurance (SQA) LBPGP model defines five complementary professional roles that collectively support customer satisfaction, operational safety, quality compliance, and continuous improvement throughout service delivery.
The Safety and Quality Requirement Practitioner incorporates safety and quality requirements into operational processes, conducts compliance reviews, and initiates rectification when established requirements are not satisfied.
The Safety and Quality Result Guardian maintains accountability for safety and quality outcomes during product delivery and operations and maintenance (O & M). This includes identifying operational risks, monitoring performance indicators, and preventing safety or quality incidents.
The Continuous Improvement Pusher establishes systematic improvement mechanisms, introduces quality engineering methods, and promotes corrective actions based on recurring problems and identified improvement opportunities.
The Safety and Quality Culture Builder strengthens organizational commitment to the principles of safety- first and quality-first operations through communication, training, leadership engagement, and cultural reinforcement.
All four options therefore represent formally defined LBPGP responsibilities. The model also includes the Customer Voice Listener, which captures customer requirements, coordinates issue resolution, and ensures closed-loop management of customer feedback.
Huawei Training Material - Supporting Extract
Service SQA Role Model: LBPGP Model. The five roles are Customer Voice Listener; Safety and Quality Requirement Practitioner; Safety and Quality Result Guardian; Continuous Improvement Pusher; and Safety and Quality Culture Builder. These roles work together to execute service safety and quality management, ensure delivery results, and promote continual improvement.
Huawei Course Reference: Partner Quality Management - Service SQA Role Model: LBPGP Model; Service SQA Roles and Key Business Activities. PDF pages 107-108; slides 13-14.
Verification assessment: Directly verified from the LBPGP role model.
NEW QUESTION # 45
In a large-scale data center, which of the following cooling solutions does Huawei use in IT equipment rooms?
Select all that apply
Answer: B,C
Explanation:
Huawei's cooling architecture for large-scale data centers differentiates between cooling systems designed for IT equipment rooms and those serving power distribution rooms. This distinction is important because the environmental control requirements and equipment characteristics of these spaces differ.
Option B is correct because Huawei's high-temperature chilled water fan-wall solution is specifically designed for large-scale IT equipment rooms. It supports efficient horizontal airflow distribution and uses higher chilled-water inlet temperatures to reduce cooling energy consumption. This approach is particularly applicable in high-temperature and high-humidity environments where indirect evaporative cooling may be unsuitable.
Option C is correct because Huawei's Indirect Evaporative Cooling (EHU) solution provides energy-efficient cooling for large-scale IT equipment rooms. It maximizes the utilization of natural cooling resources while maintaining separation between indoor and outdoor air streams.
Option A is not identified as a principal IT equipment room cooling solution in the relevant architecture.
Huawei instead positions air-cooled refrigerant pump equipment under power distribution room cooling.
Option D is likewise not identified among the specified IT room cooling solutions.
Therefore, B and C correspond to the two cooling families designated for IT equipment rooms. The instruction to Select all that apply answers is inconsistent with the architecture presented.
Huawei Training Material - Supporting Extract
Cooling solution for IT equipment room: Indirect Evaporative Cooling Series; Fan Wall series (High- temperature chilled water).
Cooling solution for Power Distribution Room: Air-cooled refrigerant pump.
High-temperature and high-humidity areas where EHU is not suitable.
Selected high-temperature chilled water cooling architecture.
Huawei Course Reference: Introduction to Huawei Data Center Facility and Critical Power Solutions - Huawei Smart Cooling Solution for Large DC. PDF page 27; slide 28.
NEW QUESTION # 46
Waste batteries used for energy storage can be thrown away together with ordinary household waste.
Answer: A
Explanation:
Option B is correct because waste batteries from Energy Storage Systems (ESSs) must be disposed of through appropriate battery recycling channels in accordance with local environmental protection and hazardous waste management regulations.
Lithium-ion batteries contain electrochemically active materials, electrolytes, and other components that may present environmental and safety hazards if discarded with ordinary household waste. Improper disposal can result in electrolyte leakage, environmental contamination, electrical short circuits, thermal runaway, or fire.
Huawei's battery disposal requirements distinguish between batteries that have reached the end of their service life and batteries that are damaged or leaking. End-of-life batteries must be transferred to qualified battery recycling organizations. Damaged batteries may require additional technical assessment and specialist handling before recycling.
Temporary storage must also be controlled. Batteries should be protected from excessive temperatures, direct sunlight, moisture, and corrosive substances. Damaged units require monitoring for abnormal heat, smoke, leakage, or other indications of instability.
The prohibition against household waste disposal is therefore an essential element of safe battery lifecycle management. It ensures that retired energy storage batteries receive appropriate treatment and prevents avoidable environmental pollution and safety incidents.
Huawei Training Material - Supporting Extract
Dispose of waste batteries in accordance with local laws and regulations. Do not dispose of batteries as household waste. Improper disposal of batteries may result in environmental pollution or an explosion.
If a battery leaks or is damaged, contact technical support or a battery recycling company for disposal.
If batteries are out of service life, contact a battery recycling company for disposal.
Monitor damaged batteries during storage for signs of smoke, flame, electrolyte leakage, or heat.
Huawei Course Reference: Safety Management - Precautions for Battery Recycling: Recycle or Dispose of Waste Batteries in Compliance with Local Laws and Regulations. PDF page 185; slide 58.
Verification assessment: Direct Huawei battery-recycling prohibition.
NEW QUESTION # 47
In the intelligent computing era, the IT power density of data centers is increasing.
Answer: B
Explanation:
The rapid development of artificial intelligence, large language models, and high-performance computing is driving substantial increases in the electrical power density of modern data centers.
AI computing platforms require high-performance processors, accelerators, memory systems, and high- bandwidth interconnection infrastructure. These technologies concentrate greater computing capacity and electrical demand within individual equipment racks.
Huawei identifies the progression from traditional rack power densities of approximately 6-8 kW to higher- density configurations of 12-16 kW and, subsequently, 30 kW or more per rack.
This increase has major implications for data center facility architecture. Power distribution systems must support greater electrical loads, while cooling infrastructure must remove significantly higher heat densities without compromising equipment operating conditions.
Higher-density deployments also increase the importance of power system efficiency, modular scalability, intelligent cooling control, and optimized use of equipment-room space.
Huawei's PowerPOD, FusionCol, and prefabricated modular data center solutions address these requirements through high-density power conversion, efficient cooling, and simplified infrastructure deployment.
The trend is therefore not limited to increasing total data center energy consumption; it also involves concentrating more electrical power within each rack and reducing the space required per unit of computing capacity.
Option A correctly describes this fundamental industry trend.
Huawei Training Material - Supporting Extract
Development of AI drives DCs to High Power Density and Fast Service Rollout.
Data centers are moving towards high density and flexible deployment.
Power density is continuously increasing.
6-8 kW/Rack; 12-16 kW/Rack; 30+ kW/Rack.
Huawei Course Reference: Introduction to Huawei Data Center Facility and Critical Power Solutions - Data Center Industry Trends: Development of AI Drives DCs to High Power Density and Fast Service Rollout. PDF page 5; slide 6.
Verification assessment: Directly verified AI-driven increase in rack power density.
NEW QUESTION # 48
Energy storage products must be charged again if they have been in storage for a long period. Charging these products inside the warehouse is permitted.
Answer: A
Explanation:
Option B is correct because the statement incorrectly combines a valid battery maintenance requirement with a prohibited warehouse charging activity.
Energy storage batteries experience gradual self-discharge during prolonged storage. If their state of charge falls below acceptable limits, battery performance may deteriorate and the risk of irreversible damage may increase. Periodic charging is consequently required to maintain battery health throughout extended storage periods.
Huawei's storage management process requires batteries to be charged according to the relevant product user manual. Charging dates must be recorded to maintain traceability and ensure that scheduled maintenance intervals are followed.
However, charging must not be performed inside Huawei warehouses. Instead, batteries requiring charging are transferred to qualified logistics service providers capable of carrying out the activity under appropriate operational and safety controls.
This restriction separates battery charging operations from ordinary warehousing activities, reducing exposure to electrical faults, overheating, and fire hazards.
The warehouse must also maintain suitable fire protection facilities, segregation of dangerous goods, and appropriate environmental conditions.
Although the first part of the statement correctly recognizes the requirement for periodic charging, the second part incorrectly permits charging inside the warehouse. The complete statement is therefore false.
Huawei Training Material - Supporting Extract
To ensure long-term storage safety, charge batteries periodically according to the requirements in the user manual and record the charging time on the label.
Charging: Charging requirements: No charging in Huawei warehouses. Promptly deliver the batteries to qualified LSPs to charge.
Huawei Course Reference: Safety Management - Onsite Storage Requirements: Stored in Separate Partitions, Charged Periodically, and No Charging Inside the Warehouse. PDF page 161; slide 34.
Verification assessment: Directly verified; periodic charging required, but warehouse charging prohibited.
NEW QUESTION # 49
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