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| Section | Objectives |
|---|---|
| Topic 1: Sales Scenarios and Customer Value | - Value-based selling concepts
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| Topic 2: Smart PV Industry Overview | - PV industry fundamentals and trends
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| Topic 3: Smart PV Products and Portfolio | - Product categories
|
| Topic 4: Smart PV Solutions and Architecture | - Huawei Smart PV solution components
|
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NEW QUESTION # 35
Which of the following techniques can detect and diagnose battery thermal runaway risks?
Answer: C
Explanation:
The exact extract asks which technique can detect and diagnose battery thermal runaway risks. The correct answer is D. Cloud BMS+intelligent internal short circuit detection. Thermal runaway is normally caused by cell-level abuse, internal short circuit, overtemperature, overcharge, or progressive battery degradation. A normal rack controller, battery pack optimizer, or string PCS contributes to system operation and protection, but the specific risk-detection and diagnosis mechanism in the answer choices is Cloud BMS combined with intelligent internal short-circuit detection. Huawei's battery safety materials emphasize intelligent sensing, real-time detection, early warning, and Cloud BMS-based analysis to identify internal short-circuit and thermal-risk conditions before escalation. Huawei also describes real-time battery-cell detection and rapid shutdown of short-circuit battery packs to prevent thermal runaway. Therefore, the correct option is the one that explicitly combines Cloud BMS analytics with intelligent short-circuit diagnosis. Reference: Huawei AI BMS and Smart String ESS safety documents.
NEW QUESTION # 36
How does the traditional solution ensure the security of the PV DC side?
Answer: A,C,D
Explanation:
A fuse is a traditional protection component used to interrupt excessive current on the DC side. A DC combiner box is also a traditional PV-side component that combines strings and normally contains fuses, surge protection, and DC isolation/protection elements. A manual disconnect switch is another traditional method for isolating PV strings or DC circuits during maintenance or fault handling. These three options are directly associated with DC-side protection and isolation.
Option D, AC switch, is not correct because it belongs to the AC side of the inverter output, not the PV DC side. The question is specifically about the security of the PV DC side, so AC-side switching cannot be counted as a DC-side protection method. Huawei's newer C&I safety materials contrast these conventional protections with intelligent DC-side disconnection and rapid active protection.
NEW QUESTION # 37
Which of the following is not a feature of the residential PV+ESS on-grid scenario?
Answer: A
Explanation:
The exact extract asks which option is not a feature of the residential PV+ESS on-grid scenario. The correct answer is C. Unstable mains or frequent power outages. A residential PV+ESS on-grid scenario is defined by grid connection. The system is connected to the utility grid and normally uses PV generation, energy storage, and grid power together to support household electricity consumption. Therefore, option A is a direct feature: it is a grid-connected residential PV+ESS system. Option B is also correct as a feature because the system is composed of PV and ESS components. Option C describes a different scenario: unstable mains or frequent power outages are usually the reason for backup or off-grid/hybrid operation, where a Backup Box or smart guard is required to switch the inverter between grid-tied and off-grid states. Huawei's Backup Box documentation positions that device for grid-tied/off-grid control, especially when backup power is needed. Therefore, option C is not an on-grid scenario feature. Reference: Huawei Residential Smart PV & ESS Solution; Huawei BackupBox Quick Guide.
NEW QUESTION # 38
What is the primary purpose of a "smart meter" or "power meter" integrated into a Huawei residential Smart PV + storage system?
Answer: D
Explanation:
The meter provides real-time grid import/export data that the energy management system uses to decide when to charge/discharge the battery, prioritize self-consumption, and enforce any grid export power limits required by the utility. It's unrelated to fan control (B), battery overcharge protection is handled by the BMS not the meter (C), and it serves an entirely different function from the optimizer (D).
NEW QUESTION # 39
How much energy yield does Huawei optimizer's module-level optimization technology increase by reducing the mismatch impact?
Answer: A
Explanation:
The technical reason is that PV modules in the same string normally operate under a shared current constraint. If one module is shaded, soiled, aging differently, or affected by a different orientation, the output current of that weaker module can drag down the whole string. Huawei's Smart Module Controller/optimizer reduces this mismatch impact by enabling module-level maximum power point tracking behavior, allowing each module to operate more independently and reducing the loss caused by the weakest module. Huawei's Smart Module Controller safety white paper specifically states that higher yields can increase energy yield by 5?0% by reducing mismatch. Huawei's product page also positions the Smart Module Controller as providing module-level optimization, rapid shutdown, flexible layout, and higher yield. Therefore, option C is the exact value range required by the extract.
NEW QUESTION # 40
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