FusionModule2000 supports facial recognition for opening the aisle doors.
True
False
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 35
“Summary For FusionModule2000, one module can support a maximum of 48 cabinets (including air conditioner cabinets, PDC, battery cabinets). For single row one module can support maximum to 24 cabinets. Simplified single row hot aisle containment focuses on simplified delivery scenarios, while cold and hot aisle containment focuses on high-performance computing (HPC) scenarios. Compared with the standard smart module, the simplified single row has no complicated mechanical parts such as end doors and skylights. The delivery is simpler and the floor height requirement is lower. eLight Indicator: interaction with the local monitoring system, different colors indicate different alarm levels; ECC800 is used for module level management: UPS/PDC/AC/sensors are connected to ECC800, PAD can connect”
Technical Deep Dive
FusionModule2000 includes face-recognition support that can be used to open aisle doors.
Supported FusionModule2000 configurations can use facial recognition as an access-control method associated with local controllers and door actuators. The relevant documentation describes facial-data enrollment and association with an authorized actuator. Hardware and software options must be installed and commissioned; merely having an ECC800-Pro controller does not guarantee facial access on every door. The intended answer concerns the supported capability, not a universal base feature.
FusionModule2000 combines electrical distribution, precision cooling and infrastructure monitoring in a scalable module design. Equipment selection must consider the actual load, local power availability, cooling redundancy, cabinet space and controller integration. Product-family capabilities can depend on whether the design uses an integrated UPS, external UPS, distribution cabinet or intelligent busbar.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 35.
Which of the following tasks does SCT support?
Select All that Apply.
Browsing products
Setting discount
Creating quotations
Submitting quotations
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 88
“Configuration & Quotation Process Overview The main process and operations of configuration quotation are as follows: 1. Browse data center 2. Configure products 3. Export, share, and facility products and services submit quotations 2.1 Create a 2.2 Configure 2.3 Configure 2.4 Set Start quotation products services commerce Export a quotation Method 1: 2.2.1 Add product Method 1: 2.4 Set commerce create a quotation by configure services the shopping cart through product models 2.2.2 Set parameters Share a quotation Method 2: 2.2.3 View and change Method 2: create a quotation configuration result configure services Submit a quotation directly separately 19”
Technical Deep Dive
Huawei UniSTAR SCT supports product browsing, quotation creation and configuration, discount-related pricing, and submission of configured quotations/orders. These functions form its configuration-and-quotation workflow.
Meta CPQ supports browsing products, setting authorized discounts, creating quotations and submitting them. Products are selected and configured, associated services added, commercial terms and discounts applied, and the resulting BOQ validated before transfer. A user's actual ability to modify pricing or submit transactions depends on assigned permissions. All four listed tasks are part of the documented overall SCT workflow.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 88.
The SCT is a fast, smart, and simple online tool that makes configuration and quotation easier.
True
False
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 73
“The Meta CPQ is a swift, smart, and simple online configurator developed by Huawei. It makes configuration and quotation easier. 4”
Technical Deep Dive
SCT is an online configuration and quotation tool characterized as swift, smart, and simple, with features intended to simplify product configuration and quotation creation.
Huawei describes Meta CPQ as a swift, smart and simple online configurator. The Spart or Sales Part is the customer-facing unit at the center of product configuration. The workflow spans product browsing, specification selection, quantity calculation, service addition, pricing and quotation transfer. Rule-guided selection helps prevent incompatible product mixes but cannot replace customer-specific engineering judgment and acceptance checks.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 73.
The lithium-battery version of FusionDC1000A-40ft-IT is equipped with __________ IT racks in a 2N configuration.
7
6
9
8
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 57
“Number of cabinets 8 6 6 Environment FusionDC1000A-40ft Appearance corrosion Class A/B/C environment (Class C is not supported at -40 ~ -20 ℃ ) requirements Cool type Row-level air cooling Anti-seismic GR-63-CORE Zone 3(the modular structure) Anti-wind Beaufort scale 12 (Wind speed ≤ 130km/h) Atmospheric Meets the 1440-hour salt spray test requirements corrositivity Module lifespan 25 years Module dimension 12192 × 2438 × 2896 (D × W × H, mm) FusionDC1000A-40ft Site Note: The basic concept of A/B/C environment is defined by GB/T15957 and Huawei enterprise standards. The corresponding ISO9223/12944 environments are classified into C1, (C2, C3), and C4. 57”
Technical Deep Dive
Huawei specifies that the FusionDC1000A-40ft-IT 2N configuration contains six 42U IT cabinets. Therefore, the lithium-battery 2N version is equipped with 6 IT racks.
In the 2N configuration the standard 40-foot module contains six 42U IT cabinets, each allocated 9 kW, yielding a 54 kW total. The N+X arrangement has eight cabinets with a different distribution of per-cabinet capacities. Two independent power paths require additional electrical infrastructure space, which explains why the cabinet count can differ even though the supported aggregate IT load is unchanged.
For this prefabricated 40-foot product, presales validation must distinguish physical cabinet arrangements, IT power density, UPS architecture, environmental limits, in-row cooling and the enclosure rating. A statement for one configured version must not be generalized to every deployment. Final designs also require suitable foundations, upstream connections, local safety compliance and commissioning checks.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 57.
Regarding the integrated UPS used in FusionModule2000, which of the following statements are correct?
Select All that Apply.
In FusionModule2000 version 6.0, the integrated UPS supports continuous cooling for air conditioners.
The integrated UPS uses Huawei's self-developed high-density circuit breakers, reducing the size by 25%, thus allowing more power modules to be accommodated.
The integrated UPS combines UPS input, output, air conditioning power distribution, and IT power distribution, saving 1-2 cabinet spaces compared to traditional solutions.
Huawei integrated UPS has a single cabinet power capacity of up to 180 kW.
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 32
“FusionModule2000 System Overview—Power System In row UPS inside UPS+Integrated PDC， Maximum 180kW for one module Maximum 145kW for one module UPS+ precision PDC UPS+ Smart Busbar, Maximum 235kW for Maximum 310kW for one one module module 32”
Technical Deep Dive
FusionModule2000 6.0 uses a continuous-cooling architecture that maintains reliable operation of both cooling equipment and IT equipment. Its integrated UPS consolidates the UPS, IT power distribution, and air-conditioner power distribution into one cabinet, saving 1–2 cabinet positions; the maximum capacity per cabinet is 180 kW. Huawei-developed high-density circuit breakers reduce device size by 25%, enabling additional power-module capacity. Huawei’s product page confirms the continuous-cooling architecture, the one-cabinet integration, the 1–2 cabinet saving, and the 180 kW maximum capacity.
Continuous cooling supports the cooling infrastructure during power disturbances; integrated UPS and distribution functions can save one or two rack positions; and the high-density integrated power arrangement supports up to 180 kW in the specified configuration. The stated 25 percent reduction in circuit-breaker dimensions is an intended exam claim but is not independently demonstrated in the supplied guide. Do not treat that numerical design benefit as a fully verified manufacturer specification.
FusionModule2000 combines electrical distribution, precision cooling and infrastructure monitoring in a scalable module design. Equipment selection must consider the actual load, local power availability, cooling redundancy, cabinet space and controller integration. Product-family capabilities can depend on whether the design uses an integrated UPS, external UPS, distribution cabinet or intelligent busbar.
Technical verification warning: Option B: the claimed 25% circuit-breaker size reduction is not independently verified.
Source reference: uploaded Huawei training material, PDF page 32.
FusionDC1000A's anti-seismic rating reaches _____.
9
10
12
11
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 57
“Anti-seismic GR-63-CORE Zone 3(the modular structure) Anti-wind Beaufort scale 12 (Wind speed ≤ 130km/h) Atmospheric Meets the 1440-hour salt spray test requirements corrositivity Module lifespan 25 years Module dimension 12192×2438×2896 (D×W×H, mm) FusionDC1000A-40ft Site Note: The basic concept of A/B/C environment is defined by GB/T15957 and Huawei enterprise standards. The corresponding ISO9223/12944 environments are classified into C1, (C2, C3), and C4. 57”
Technical Deep Dive
The FusionDC1000A container is rated to GR-63-CORE Zone 3, equivalent to seismic intensity 9.
Huawei identifies seismic intensity 9 in the relevant product specification alongside GR-63-CORE Zone 3. Seismic rating concerns structural response to earthquake effects; it is different from the Beaufort 12 wind rating. Engineers must verify equipment restraints, base anchors and site foundations in addition to the enclosure certificate. A declared product rating alone is not a complete site-specific structural assessment.
For this prefabricated 40-foot product, presales validation must distinguish physical cabinet arrangements, IT power density, UPS architecture, environmental limits, in-row cooling and the enclosure rating. A statement for one configured version must not be generalized to every deployment. Final designs also require suitable foundations, upstream connections, local safety compliance and commissioning checks.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 57.
How many typical cabinet configurations does the FusionModule800 5.0 offer to satisfy different customer requirements for standard 380V power?
5
6
7
4
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 40
“Converged cabinet configuration: flexible for batch production(For standard 380V scenarios) BC1L BC2L BC3L BC4L BC5L UPS 10K*1 10K*2 10K*3 20K*2 20K*3 Configurations 0~10KW(1+1) 10~20KW(N+1) 10~18KW(1+1) 30~36KW(N+1) Power Density 0~10KW 10~20kW 20~25kW 18~30kW 36~40kW 24U 40”
Technical Deep Dive
FusionModule800 provides five recommended typical cabinet configurations: BC1L, BC2L, BC3L, BC4L, and BC5L. Its documented power system supports 380/400/415 VAC, 50/60 Hz, 3Ph+N+PE.
The five standard 380 V configurations are BC1L, BC2L, BC3L, BC4L and BC5L. They combine 10 kVA and 20 kVA UPS units in different quantities. Standardization supports repeatable factory assembly and presales configuration, while the selected model must still match the intended load and redundancy. Other regional or zero-break arrangements appear elsewhere in the guide but do not change the count for standard 380 V scenarios.
FusionModule800 uses standardized configurations for different power and availability needs. Engineers must distinguish UPS apparent-power rating, permitted IT load, cooling output, power-path redundancy and installed optional functions. Validating these parameters together prevents an apparently attractive cabinet combination from failing installation, thermal management or service-continuity requirements.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 40.
BATCH 2 • QUESTIONS 16–30
The FusionModule800 front door uses a double-layer glass door. Which of the following functions can it provide?
Select All that Apply.
Separate hot and cold air
Provide greater structural strength
Reduce noise
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 39
“FusionModule800: One Row One DC ⚫ Total IT racks: 0~12 rack Integrated architecture Electrical cable tray (optional) ⚫ Cooling: Rack A/C（12.5kW/pcs) Data cable tray(optional) ⚫ Cold and hot aisle containment: Cold aisle containment Spring to open the door(rear) 250mm+1100mm hot aisle containment. Camera (optional) Spring to open the door(front) ⚫ Maximum IT load: ≤ 40kW（T1), Indicator light ⚫ Power density per rack ≤ 7kW(T1) Glass PDU door 2000 mm Touch screen UPS Aisle Monitoring module Cooling 1100 mm Hot aisle 250 mm Cold aisle Maximum racks configuration: 1 ≤ N ≤ 12 39 ”
Technical Deep Dive
The double-layer glass door forms part of the cold/hot aisle containment, keeping cold and hot airflows separated and helping reduce noise. Huawei lists cold and hot aisle containment as a FusionModule800 feature that contains those airflows and reduces noise.
Cold/hot airflow separation prevents server exhaust air from recirculating into the intake area. A closed glazed containment door can help reduce ambient noise transmission, depending on the seals and glazing construction. Mechanical strength is not an identified door function here. The supplied training verifies the containment concept; it does not quantify the acoustic improvement or explicitly establish the double-glazing characteristics for this product revision.
FusionModule800 uses standardized configurations for different power and availability needs. Engineers must distinguish UPS apparent-power rating, permitted IT load, cooling output, power-path redundancy and installed optional functions. Validating these parameters together prevents an apparently attractive cabinet combination from failing installation, thermal management or service-continuity requirements.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Technical verification warning: The exact glazing/acoustic claim is not quantified in the uploaded core course.
Source reference: uploaded Huawei training material, PDF page 39.
In the FusionDC1000A-40ft N+X scenario, the UPS supports two ATS inputs and has a maximum power capacity of 60 kVA (with 2+0 redundancy).
True
False
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 58
“FusionDC1000A-40ft solution for IT Scenario 100% Prefabrication，Plug & Play Rack Power Cooling Fire protection Management 6/8*42U IT racks 2N & N+X available Air-cooled in-row Fire protection ECC800-pro (standard) 6-9kW / rack Modular UPS Hot aisle containment FK5112（standard） NetEco 6000 (Optional) Total IT power≤54kW 12192mm×2438mm×2896mm Integrated Modular UPS In-row smart cooing Power Distribution + UPS save 1 UPS system efficiency up to 96% Wet-film Humidifier Save Energy “0” Condensation Risk@Low Load cabinet by 95% 58”
Technical Deep Dive
For the FusionDC1000A-40ft IT N+X configuration, Huawei specifies two input channels and UPS capacity of up to 60 kVA, with 2+1 module redundancy. A 2+0 configuration has no module redundancy, so it does not describe the N+X configuration.
N+X and 2N describe different redundancy mechanisms. In the designated 40-foot N+X arrangement, a 2+1 modular UPS configuration means that an additional power module is available beyond the two required for capacity. A 2+0 arrangement has no spare module within that UPS and is associated with a different configuration. Confusing module redundancy with independent power-path redundancy can cause incorrect availability claims in customer proposals.
For this prefabricated 40-foot product, presales validation must distinguish physical cabinet arrangements, IT power density, UPS architecture, environmental limits, in-row cooling and the enclosure rating. A statement for one configured version must not be generalized to every deployment. Final designs also require suitable foundations, upstream connections, local safety compliance and commissioning checks.
Source reference: uploaded Huawei training material, PDF page 58.
Which features are included in the cooling system of the FusionDC1000A-40ft-IT?
Select All that Apply.
Wet film humidification
Row-level cooling
"0" Condensation Risk
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 58
“FusionDC1000A-40ft solution for IT Scenario 100% Prefabrication，Plug & Play Rack Power Cooling Fire protection Management 6/8*42U IT racks 2N & N+X available Air-cooled in-row Fire protection ECC800-pro (standard) 6-9kW / rack Modular UPS Hot aisle containment FK5112（standard） NetEco 6000 (Optional) Total IT power≤54kW 12192mm×2438mm×2896mm Integrated Modular UPS In-row smart cooing Power Distribution + UPS save 1 UPS system efficiency up to 96% Wet-film Humidifier Save Energy “0” Condensation Risk@Low Load cabinet by 95% 58”
Technical Deep Dive
FusionDC1000A-40ft-IT uses in-row DX cooling. Its smart cooling system supports wet-film humidification and maintains dehumidification at low load to prevent condensation risk.
The 40-foot IT solution uses in-row air cooling with hot-aisle containment, wet-film humidification and low-load condensation-prevention controls. Wet-film evaporation can consume substantially less electricity than electrically heated steam humidification. Keeping exhaust air apart from intake air makes cooling operation more predictable. The zero-condensation phrase is Huawei's product-design claim under specified conditions; surface temperature, humidity and the dew point remain relevant physical constraints.
For this prefabricated 40-foot product, presales validation must distinguish physical cabinet arrangements, IT power density, UPS architecture, environmental limits, in-row cooling and the enclosure rating. A statement for one configured version must not be generalized to every deployment. Final designs also require suitable foundations, upstream connections, local safety compliance and commissioning checks.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 58.
Which systems are prefabricated and integrated into the FusionDC1000A-40ft?
Select All that Apply.
Rack
Cooling
Power
Fire Protection
Management
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 58
“FusionDC1000A-40ft solution for IT Scenario 100% Prefabrication，Plug & Play Rack Power Cooling Fire protection Management 6/8*42U IT racks 2N & N+X available Air-cooled in-row Fire protection ECC800-pro (standard) 6-9kW / rack Modular UPS Hot aisle containment FK5112（standard） NetEco 6000 (Optional) Total IT power≤54kW 12192mm×2438mm×2896mm Integrated Modular UPS In-row smart cooing Power Distribution + UPS save 1 UPS system efficiency up to 96% Wet-film Humidifier Save Energy “0” Condensation Risk@Low Load cabinet by 95% 58”
Technical Deep Dive
The FusionDC1000A-40ft is an all-in-one prefabricated data-center module that integrates cabinet (rack), cooling, power, monitoring/management, and firefighting (fire protection) systems into a 40-foot ISO-standard module.
FusionDC1000A integrates IT racks, protected electrical power, in-row cooling, fire protection and infrastructure monitoring into a prefabricated module. Typical products include ECC800-Pro local control, modular UPS, contained cooling and 42U IT cabinets. Prefabrication reduces assembly effort but does not eliminate site power connection, foundation design, acceptance testing or relevant local permits. Every listed subsystem is part of the described solution architecture.
For this prefabricated 40-foot product, presales validation must distinguish physical cabinet arrangements, IT power density, UPS architecture, environmental limits, in-row cooling and the enclosure rating. A statement for one configured version must not be generalized to every deployment. Final designs also require suitable foundations, upstream connections, local safety compliance and commissioning checks.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 58.
The FusionModule500 cabinet measures 600 × 1100 × 2000 mm. Its rack-mounted cooling unit has a 3.5 kW cooling capacity and uses R410A refrigerant.
True
False
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 52
“FusionModule500: Integrated A/C, plug and play Product Components Specifications Door spring Monitoring Unit Solution introduction: PDU • Power：220/230/240V, 50/60Hz, 1Ph+N+PE Screen Or 208V(Latin America), 60Hz, 2Ph+PE UPS • UPS: 6 kVA rack-mounted UPS IT space • Cooling system: 3.5kW integrated cooling Electronic lock • Cabinet type: cold and hot aisle containment Glass door • Dimensions = 2000 mm x 1100 mm x 600 mm Battery pack • ICT available space: ≤ 27 U (without Battery) Cooling unit 52”
Technical Deep Dive
FusionModule500 specifications list a 600 × 1100 × 2000 mm cabinet, while its rack-mounted direct-expansion cooling unit is rated at 3.5 kW and uses R410A refrigerant.
The integrated FusionModule500 cabinet measures 600 mm wide, 1100 mm deep and 2000 mm high. Its built-in direct-expansion cooling system is rated for 3.5 kW and uses R410A refrigerant in the specified product version. The 3.5 kW cooling figure does not mean the permitted integrated-cooling IT load is 3.5 kW; the referenced model is limited to 3 kW of IT equipment power.
The FusionModule500 family contains cooled and noncooled configurations with different IT power limits. The selected UPS, room cooling conditions, battery runtime and enclosure arrangement must be checked together. A rating for a particular BC configuration must not be presented as the maximum or standard feature of every FusionModule500 installation.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 52.
What cooling mode is supported by FusionModule800?
Water-cooling
Air-cooling
Liquid-cooling
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 39
“FusionModule800: One Row One DC ⚫ Total IT racks: 0~12 rack Integrated architecture Electrical cable tray (optional) ⚫ Cooling: Rack A/C（12.5kW/pcs) Data cable tray(optional) ⚫ Cold and hot aisle containment: Cold aisle containment Spring to open the door(rear) 250mm+1100mm hot aisle containment. Camera (optional) Spring to open the door(front) ⚫ Maximum IT load: ≤ 40kW（T1), Indicator light ⚫ Power density per rack ≤ 7kW(T1) Glass PDU door 2000 mm Touch screen UPS Aisle Monitoring module Cooling 1100 mm Hot aisle 250 mm Cold aisle Maximum racks configuration: 1 ≤ N ≤ 12 39 ”
Technical Deep Dive
FusionModule800 uses a direct-expansion, air-cooled cooling system. Therefore, its supported cooling mode is air-cooling.
FusionModule800 uses rack-mounted air-cooled direct-expansion equipment. A refrigerant loop removes server heat and rejects it to the outdoor environment, while fans and containment manage airflow through the IT cabinets. The solution is not presented as a chilled-water or direct-to-chip liquid-cooling platform in the cited product configuration. Installed capacity and redundancy must satisfy the actual heat load.
FusionModule800 uses standardized configurations for different power and availability needs. Engineers must distinguish UPS apparent-power rating, permitted IT load, cooling output, power-path redundancy and installed optional functions. Validating these parameters together prevents an apparently attractive cabinet combination from failing installation, thermal management or service-continuity requirements.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 39.
In-row air-cooled cooling is utilized in the FusionDC1000A-40ft-IT solution.
True
False
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 58
“FusionDC1000A-40ft solution for IT Scenario 100% Prefabrication，Plug & Play Rack Power Cooling Fire protection Management 6/8*42U IT racks 2N & N+X available Air-cooled in-row Fire protection ECC800-pro (standard) 6-9kW / rack Modular UPS Hot aisle containment FK5112（standard） NetEco 6000 (Optional) Total IT power≤54kW 12192mm×2438mm×2896mm Integrated Modular UPS In-row smart cooing Power Distribution + UPS save 1 UPS system efficiency up to 96% Wet-film Humidifier Save Energy “0” Condensation Risk@Low Load cabinet by 95% 58”
Technical Deep Dive
The FusionDC1000A-40ft-IT solution uses smart cooling indoor and outdoor units with refrigerant-based, air-cooled operation; its cooling units are arranged in-row within the containerized data-center layout.
Row-level precision cooling is used in the FusionDC1000A-40ft-IT. Cooling units are placed close to the IT cabinets and work with hot-aisle containment to prevent exhaust-air recirculation. The associated air-cooled refrigeration circuit moves heat from the indoor module to the outdoor environment. Environmental control also includes humidity regulation and low-load protection measures; the selected cooling capacity must match the expected IT heat load.
For this prefabricated 40-foot product, presales validation must distinguish physical cabinet arrangements, IT power density, UPS architecture, environmental limits, in-row cooling and the enclosure rating. A statement for one configured version must not be generalized to every deployment. Final designs also require suitable foundations, upstream connections, local safety compliance and commissioning checks.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 58.
If you are unfamiliar with Huawei products and the quotation process, you are advised to create a quotation through the shopping cart.
True
False
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 102
“Scenario 1: create a quotation by the shopping cart Suggestions for Scenarios Scenario 1: 1. Personnel unfamiliar with Huawei products and quotation process 2. Search for products and services, add them to the shopping cart, and create a Browse & find Add products to Create Configure products, Export, share, quotation. With the e-commerce shopping products shopping cart quotations services, and commerce submit quotations experience, first-time users can get started quickly. Scenario 2: create a quotation directly Scenario 2: 1. Personnel familiar with Huawei products and quotations 2. Quickly create a quotation and go to the quotation topic. Create Search & find Configure products, Export, share, 3. The quotation process is simple and fast. quotations products services, and commerce”
Technical Deep Dive
Huawei’s quotation workflow recommends creating quotations from the shopping cart for users who are unfamiliar with Huawei products and the quotation process, because its product-browsing and cart-based flow is designed to help first-time users get started.
The shopping-cart quotation path is recommended for staff who do not yet know the product catalog or quotation process. It allows browsing, choosing products and creating the BOQ from the cart selection. Direct creation of an empty BOQ is more appropriate for experienced presales personnel who know the relevant models. Regardless of the starting method, the finished quotation must be configured, priced, validated and submitted or exported using the normal workflow.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Source reference: uploaded Huawei training material, PDF page 102.
After a BOQ is created, you can promptly set its basic information, such as the BOQ name, BOQ type, office, and remarks.
True
False
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 91
“After a BOQ is created, you can set the basic information about the BOQ, such as the Quotation Name, BOQ Type, Local Office and Remarks. Parameter Description The quotation number is automatically generated by Meta CPQ. Quotation Number The quotation number will be used to submit SPQ, draft/contract, etc. Do not manually update the quotation number if it is unnecessary. The default name of a new quotation is: Quotation + Year + Month + Day + Serial Number. Quotation Name It is recommended that the quotation name be changed to the quotation name agreed by the project team in time. Normal BOQ: Only products in the saleable list can be added to a normal quotation. BOQ Type Demo”
Technical Deep Dive
A BOQ’s basic administrative details—such as its name, type, office, and remarks—can be configured after the BOQ is created.
Once a BOQ has been created, the user can edit its name, type, local office and remarks. Meta CPQ automatically assigns a quotation number that supports transaction traceability. Normal and demo quotation types have different eligible product lists. Remarks may be shared with another quotation user but are not transferred automatically into every transaction system. Maintaining these fields reduces misidentification of customer or project versions.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 91.
BATCH 7 • QUESTIONS 91–105
Which of the following statements are incorrect about the “capability of safety and quality planning” among the “four capabilities” of SQA professional skills?
Select All that Apply.
Quality planning is the process of identifying and developing quality objectives for projects and products, as well as the techniques, processes, tools, key measures, etc., required to achieve these objectives and to ensure that the end result meets customer requirements.
SQA is the primary owner for project quality planning.
Quality planning is independently completed by the SQA.
With delivery as the ultimate goal, make the requirements clear to the team in advance by planning activities. Preparedness ensures success, while unpreparedness spells failure.
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 119
“1. Identify gaps and weaknesses in safety and quality work based on historical management. safety and quality performance and business development requirements. 2. Understand quality engineering methods such as Six Sigma, QCC, and FMEA. 2. Organize business departments to carry out safety and quality planning based on gaps and weaknesses. II. Understanding of the safety standards of electricity and energy storage II. Capability of safety and quality measuring 1. Understand system, battery pack, and cell-level safety requirements. 1. Analyze key safety and quality features based on business flows, focus on 2. Understand national/industry safety standards for transportation, power plant safety and quality results, and develop metrics. design, grid connection, and fire emergency. 2. Set reasonable and challenging improvement”
Technical Deep Dive
Safety and quality planning involves organizing the relevant business departments around identified gaps and weaknesses, so SQA is not the sole or primary owner of project quality planning and cannot complete the planning independently. Quality planning does define objectives and the methods, processes, tools, and measures needed to meet customer requirements; its delivery-focused purpose is to clarify requirements in advance.
SQA coordinates and challenges the quality-planning process, but the relevant business owners must perform their assigned engineering and delivery activities. It is therefore incorrect to describe SQA as the sole primary owner or to claim that one SQA practitioner completes the work independently. Planning should determine objectives, methods, measurements and acceptance criteria before execution. Product engineering, project management, installation teams and operations personnel provide the required specialist inputs.
Huawei's partner quality approach distinguishes defined responsibilities from measurable outcomes and continuous improvement. Practical application requires evidence-based review, closed-loop issue handling, coordinated ownership between business departments and prevention of defective deliverables moving downstream. Training terminology should be preserved, because seemingly similar SQA roles are assigned different activities.
Source reference: uploaded Huawei training material, PDF page 119.
When submitting a BOQ, a prompt stating“Dynamic package instance part number is missing”appears. What should I do next?
Ignore the prompt and continue to submit the BOQ
Insert a replacement part number manually
Delete the error part number
Apply for package part
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 94
“View Configuration Result On the Config Result tab page, you can obtain the detail information for the Spart, such as part number, model, list price, and quantity. Display range. Recommended value: Quantity > 0 + Manual modification. By default, the Associated Calculation function is Click here, you can enabled. If associated select the columns calculation is disabled, to be displayed. modifying configuration You can select Show does not trigger real-time subitem in the upper right part calculation, and related of Config Result to view and configuration items are not export main equipment and automatically modified export subitems of a fixed or dynamic package. You can change the configuration result based on the site requirements. Different colors indicate different”
Technical Deep Dive
A dynamic package instance that lacks a part number must be assigned through the package-part application process so that the BOQ contains a valid package part number.
A dynamic package instance needs an authorized part number for proper quotation and procurement traceability. When that identifier is missing, applying for the package part is the intended action. Ignoring a blocking error, inventing a replacement part number or simply deleting a component can corrupt the configuration. The uploaded slides explain dynamic package subitems and mandatory error correction, but do not document this exact alert-and-remediation workflow.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Technical verification warning: The exact missing-dynamic-package error workflow is not in the cited core slides.
Source reference: uploaded Huawei training material, PDF page 94.
The FusionModule800 uses the typical configuration mode, with core components pre-installed at the factory. How long does it take to deploy services on site?
4 hours
2 days
1 day
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 8
“Standard interfaces and modular ⚫ The modular construction mode architecture; Components, ⚫ Modular construction mode enables ⚫ Factory prefabrication and pre- supports high-density cloud subsystems, and IDCs are flexible planning on infrastructure test lower down the risk; On-site computing deployment, improves modularized, which facilitates rapid based on service requirements. capacity expansion meets infrastructure utilization, reduces deployment and mass production. predictable service requirements. energy consumption, and improves ⚫ Phased deployment avoids one-time overall data center usability. ⚫ The construction period is investment and construction, and shortened by more than 50% ⚫ Infrastructure effectively supports improves ROI. rapid expansion of IT services. compared with traditional mode. The modular data center adopts the modular design to achieve fast construction, on-demand deployment, high efficiency and low ”
Technical Deep Dive
Huawei's official FusionModule800 datasheet states that because all components are prefabricated in the factory and only need to be combined on site, the hardware itself is installed in 4 hours, but the business/services are brought fully online within 2 days in the typical configuration. Since the question asks specifically how long it takes to deploy services (i.e., bring the business/services online), not merely how long hardware racking takes, the correct figure is 2 days.
The typical FusionModule800 rollout distinguishes the approximately four-hour hardware installation claim from the approximately two-day business-service commissioning target. Factory-installed components reduce onsite assembly, but electrical checks, cooling verification, controller setup, system acceptance and handover still take additional work. The question asks for services being deployed, so the two-day figure is appropriate rather than the shorter mechanical installation figure.
FusionModule800 uses standardized configurations for different power and availability needs. Engineers must distinguish UPS apparent-power rating, permitted IT load, cooling output, power-path redundancy and installed optional functions. Validating these parameters together prevents an apparently attractive cabinet combination from failing installation, thermal management or service-continuity requirements.
Source reference: uploaded Huawei training material, PDF page 8.
An in-row air-cooling unit is used in the FusionDC1000A-40ft-IT solution.
True
False
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 58
“FusionDC1000A-40ft solution for IT Scenario 100% Prefabrication，Plug & Play Rack Power Cooling Fire protection Management 6/8*42U IT racks 2N & N+X available Air-cooled in-row Fire protection ECC800-pro (standard) 6-9kW / rack Modular UPS Hot aisle containment FK5112（standard） NetEco 6000 (Optional) Total IT power≤54kW 12192mm×2438mm×2896mm Integrated Modular UPS In-row smart cooing Power Distribution + UPS save 1 UPS system efficiency up to 96% Wet-film Humidifier Save Energy “0” Condensation Risk@Low Load cabinet by 95% 58”
Technical Deep Dive
The FusionDC1000A-40ft-IT solution uses in-row precision air-conditioning units to provide cooling within the containerized IT deployment.
The data center uses air-cooled precision cooling units located in-row. The arrangement improves heat pickup close to the IT cabinets and uses containment to limit return-air mixing with supply air. Refrigerant equipment transfers heat outside the module, while electronic controls maintain environmental targets. This is functionally the same cooling concept assessed in Question 31, despite the alternative question wording.
For this prefabricated 40-foot product, presales validation must distinguish physical cabinet arrangements, IT power density, UPS architecture, environmental limits, in-row cooling and the enclosure rating. A statement for one configured version must not be generalized to every deployment. Final designs also require suitable foundations, upstream connections, local safety compliance and commissioning checks.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 58.
When exporting a BOQ, Meta CPQ validates the BOQ. If an error alarm is present in the configuration quotation, you can ignore the error and continue exporting the BOQ.
True
False
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 98
“Export a Quotation Step 1：Select the quotation, then click Export. Step 3：Set the quotation format and export information. You can export quotations in multiple formats at a time. Quotation format Quotation validity period, 3 months by default Output style of products and services. try each style to see the differences. Step 2：Check the BOQ. Error: If there are any errors, correct them before submitting the BOQ. Warning: The warning information does not affect BOQ export. You are advised to read each alarm carefully. Compared with the normal BOQs, the customized BOQs do not contain discount, formula, and hidden rows or columns. These configuration items are not used in DCF quotations. Language 29”
Technical Deep Dive
A configuration quotation with an error alarm fails BOQ validation. The error must be corrected before the BOQ can be exported; it cannot be ignored to continue the export.
The export workflow validates a configured BOQ and distinguishes blocking errors from nonblocking warnings. A configuration error can indicate missing required elements, incompatible selections or invalid product status, and must be corrected. A warning may identify an item worth reviewing while allowing export to proceed. Ignoring an actual error risks producing a commercially or technically invalid quotation.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 98.
After obtaining the total product volume and weight details in the Meta CPQ BOQ, to which of the following businesses can the BOQ be submitted?
Logistics goods volume estimation
Draft
Commerce application
Manual review (exporting databases)
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 100
“Submit a Quotation Step 1, select the quotation, then click Submit. Step 3：select the type of the service to be submitted. Step 2：Check the BOQ. Error: If there are any errors, correct them before submitting the BOQ. Business Type Description Warning: The warning information does not affect BOQ submission. You With this option, you can create new Quotation directly. After BOQ are advised to read each alarm carefully. Create Quote submitting successfully, Quote creation page in eSales will be displayed automatically. With this option, BOQ will be submitted to an existing Quote that has Quote Quote Number been created in ePartner. After the quotation is submitted to the recipient, the Meta CPQ notifies Submit To the recipient by”
Technical Deep Dive
A BOQ’s aggregate volume and weight provide the physical shipment data needed for logistics goods-volume estimation, including transportation and loading-capacity planning.
The Logistics Estimation submission type sends SBOQ information to a platform that estimates shipment volume, weight and related logistics costs. It is useful for UPS cabinets, racks and other heavy infrastructure equipment whose transport requirements influence the bid. Draft, Commerce application and Manual Review have different purposes. Logistics results are estimates and can differ from the final carrier or customs charges.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 100.
The FusionDC1000A solution uses a __________ height module.
5.2m
2.9m
3.6m
4.15m
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 57
“Module dimension 12192×2438×2896 (D×W×H, mm) FusionDC1000A-40ft Site Note: The basic concept of A/B/C environment is defined by GB/T15957 and Huawei enterprise standards. The corresponding ISO9223/12944 environments are classified into C1, (C2, C3), and C4. 57”
Technical Deep Dive
The FusionDC1000A prefabricated module has a specified height of 2,896 mm, equivalent to approximately 2.9 m.
The prefabricated 40-foot module has external dimensions of 12,192 by 2,438 by 2,896 millimetres. A height of 2,896 mm is approximately 2.9 m. Site engineers must consider not just the enclosure size but also access roads, lifting clearance, foundation and cooling equipment service zones. The product height is not identical to total required installation clearance.
For this prefabricated 40-foot product, presales validation must distinguish physical cabinet arrangements, IT power density, UPS architecture, environmental limits, in-row cooling and the enclosure rating. A statement for one configured version must not be generalized to every deployment. Final designs also require suitable foundations, upstream connections, local safety compliance and commissioning checks.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 57.
What is the maximum power capacity of one FusionModule800 module?
25kW
10kW
40kW
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 39
“FusionModule800: One Row One DC ⚫ Total IT racks: 0~12 rack Integrated architecture Electrical cable tray (optional) ⚫ Cooling: Rack A/C（12.5kW/pcs) Data cable tray(optional) ⚫ Cold and hot aisle containment: Cold aisle containment Spring to open the door(rear) 250mm+1100mm hot aisle containment. Camera (optional) Spring to open the door(front) ⚫ Maximum IT load: ≤ 40kW（T1), Indicator light ⚫ Power density per rack ≤ 7kW(T1) Glass PDU door 2000 mm Touch screen UPS Aisle Monitoring module Cooling 1100 mm Hot aisle 250 mm Cold aisle Maximum racks configuration: 1 ≤ N ≤ 12 39 ”
Technical Deep Dive
The 40 kW number is the maximum IT load under the specified T1 condition for the higher-capacity FusionModule800 configuration. Smaller BC configurations provide lower ceilings; 25 kW is not the product-family maximum. Maximum IT load must be kept distinct from the UPS apparent-power nameplate and from cooling-unit capacity. The original question document's 25 kW explanation is incorrect and is replaced by the exact Huawei training specification.
FusionModule800 uses standardized configurations for different power and availability needs. Engineers must distinguish UPS apparent-power rating, permitted IT load, cooling output, power-path redundancy and installed optional functions. Validating these parameters together prevents an apparently attractive cabinet combination from failing installation, thermal management or service-continuity requirements.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Technical verification warning: Corrected source explanation: maximum FusionModule800 IT load is 40 kW, not 25 kW.
Source reference: uploaded Huawei training material, PDF page 39.
Which of the following products constitute the primary components of the FusionModule2000 power supply and distribution system?
Select All that Apply.
NetCol5000
NetEco6000
UPS
ECC800-Pro
PDC (Power distribution cabinet)
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 31
“FusionModule2000 power supply and distribution systems are mainly composed of the following parts： Smart Module A：Integrated UPS （In Row/Out Row）+ rPDU Smart Module B ：Integrated PDC/Modular PDC/Smart busbar+AC PDC+rPDU 31”
Technical Deep Dive
A UPS provides conditioned, uninterrupted power to the IT load, and a PDC distributes that power to downstream circuits. These are the core products of the FusionModule2000 power supply and distribution subsystem. ECC800-Pro is the controller used to monitor and manage the smart module; NetEco is a management system, and NetCol5000 is cooling equipment.
A UPS supplies protected, conditioned electrical power and bridges interruptions using a battery or other energy source. A power distribution cabinet routes that power to downstream branches with the required protective and switching devices. NetCol5000 belongs to the cooling domain, NetEco6000 is a centralized management system, and ECC800-Pro is a local infrastructure controller. These functions must remain distinct when assembling the solution bill of quantities.
FusionModule2000 combines electrical distribution, precision cooling and infrastructure monitoring in a scalable module design. Equipment selection must consider the actual load, local power availability, cooling redundancy, cabinet space and controller integration. Product-family capabilities can depend on whether the design uses an integrated UPS, external UPS, distribution cabinet or intelligent busbar.
Source reference: uploaded Huawei training material, PDF page 31.
A configuration model can be added from Favorites to any BOQ.
True
False
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 92
“Add Products to the Quotation You can add products, spare parts, or factory inspection models to a quotation. 1. On the Configure page, click Add Product. 2. Click Product. 3. Select product scope: Data Center Facility. Tips: If you know the product name, you can search for the product directly here. For example, enter the keyword UPS5000. 4. Select the required products. 5. Click Add. 23”
Technical Deep Dive
A saved configuration model in Favorites can be added to any bill of quantities (BOQ).
Favorites can speed up repetitive proposals by reusing a previously saved product configuration instead of configuring every model from the beginning. Reuse does not excuse validation of destination-country availability, sales-part lifecycle, quotation type or product compatibility. The phrase any BOQ is too absolute: the uploaded training establishes product addition workflows, but does not explicitly confirm that Favorites bypasses every restriction. Treat the option as an intended functionality statement with that limitation.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Technical verification warning: Unrestricted Favorites-to-any-BOQ functionality is not independently established by the cited slide.
Source reference: uploaded Huawei training material, PDF page 92.
Which of the following operations must be completed when applying for an account and permission for SCT?
Select All that Apply.
Select permissions
Register and activate a Huawei uniportal account
Associate your account with your company's account
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 84
“For partners, Register and activate a Huawei uniportal account Associate your account with your company's account Select permissions ⚫ For partner administrator, Approves or rejects the partner ’ s association application 15 ”
Technical Deep Dive
SCT access is provisioned through a Huawei Uniportal identity linked to the user’s company or partner organization, followed by an SCT permission request that specifies the required permissions. Registration and activation, company-account association, and permission selection are all required parts of that access-provisioning workflow.
Partner onboarding requires three steps: registering and activating a Uniportal account, associating it with the correct company and selecting the required Meta CPQ permissions. A partner administrator may approve the association. The steps ensure that commercial quotation privileges are tied to an identified user and an authorized business organization. An activated login alone does not provide every quotation permission.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Source reference: uploaded Huawei training material, PDF page 84.
Which of the following is not a recommended display range on the Configuration Result tab page?
Quantity = 0
Quantity > 0
Quantity > 0 + Manual modification
Manual modification
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 94
“View Configuration Result On the Config Result tab page, you can obtain the detail information for the Spart, such as part number, model, list price, and quantity. Display range. Recommended value: Quantity > 0 + Manual modification. By default, the Associated Calculation function is Click here, you can enabled. If associated select the columns calculation is disabled, to be displayed. modifying configuration You can select Show does not trigger real-time subitem in the upper right part calculation, and related of Config Result to view and configuration items are not export main equipment and automatically modified export subitems of a fixed or dynamic package. You can change the configuration result based on the site requirements. Different colors indicate different”
Technical Deep Dive
A quantity of zero indicates that no usable quantity is available, so it is not a recommended display range for configuration results. Positive-quantity and manually modified results can be relevant for display.
The recommended configuration-result filter is Quantity greater than zero plus Manual modification. It lets users focus on selected items while retaining visibility into manually changed entries. Quantity equal to zero alone does not display the useful orderable result list. The page also provides associated calculation, which updates related items when enabled; disabling it requires extra manual verification.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 94.
Which of the following verification outcomes does not affect BOQ submission?
Controlled part
EOP part
Configuration error
Alarm configuration [intended: configuration warning]
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 100
“Submit a Quotation Step 1, select the quotation, then click Submit. Step 3：select the type of the service to be submitted. Step 2：Check the BOQ. Error: If there are any errors, correct them before submitting the BOQ. Business Type Description Warning: The warning information does not affect BOQ submission. You With this option, you can create new Quotation directly. After BOQ are advised to read each alarm carefully. Create Quote submitting successfully, Quote creation page in eSales will be displayed automatically. With this option, BOQ will be submitted to an existing Quote that has Quote Quote Number been created in ePartner. After the quotation is submitted to the recipient, the Meta CPQ notifies Submit To the recipient by”
Technical Deep Dive
Controlled parts, EOP parts, and configuration errors can make a BOQ invalid or prevent order placement. Alarm configuration does not determine whether the BOQ can be submitted.
A controlled sales part, an End-of-Production part or a configuration error can affect order eligibility. By contrast, Huawei expressly states that warning information does not automatically block BOQ submission. The question's phrase Alarm configuration should more precisely read configuration warning or nonblocking warning alarm. An actual validation error must be corrected rather than treated as a harmless warning.
In a production presales workflow, the configured BOQ must remain traceable to its customer and opportunity, and the product models, sales-part status, quantities and downstream commercial details must be validated before an order or quotation is finalized. A user-interface capability should not be mistaken for authorization to ignore an error or bypass role-based access restrictions.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Technical verification warning: “Alarm configuration” should read “nonblocking configuration warning.”
Source reference: uploaded Huawei training material, PDF page 100.
According to the training materials, which safety-management phase is described by the following statement? Statement: Proactively correct other people’s violations, and demonstrate concern for others’ safety, team honor, and safety beyond work.
Supervision and management
Team management
By instinct
Self-management
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 150
“Four Safety Management Phases — Promoting the Transformation to Self-management or Even Team Management Supervision and By instinct Self-management Team management management Common phase Instinct Dependent Supervision and Independent Self-management Mutual By instinct help Team management management Act by instinct and show The management layer Fulfill safety commitments, Proactively correct obedience. Safety makes safety greatly improve safety others' violations, and personnel are commitments. Safety knowledge and skills, show care for others' responsible for safety. personnel can be a consciously abide by safety, team honor, and The management layer deterrent to employees. disciplines, pay attention to safety beyond work. does not directly Safety rules and safety issues, and develop manage safety issues. procedures are in place. good safety habits”
Technical Deep Dive
Team management involves actively addressing colleagues’ unsafe violations and taking responsibility for the safety and reputation of the team, including concern that extends beyond the workplace.
Team management is the most mature of the four safety phases because employees take responsibility for co-workers rather than merely following their own instructions. By instinct involves reactive obedience; supervision relies heavily on external oversight; self-management emphasizes personal compliance. In team management, personnel proactively intervene when unsafe behavior occurs and demonstrate concern for group safety beyond the immediate task.
The control is relevant to data center delivery sites containing electrical distribution, UPS batteries, cooling equipment and construction activities. Effective implementation combines assigned safety responsibilities, site risk assessment, applicable technical controls, personnel competence and incident reporting. Required protective measures must be selected for the actual hazard and comply with relevant local legal and engineering requirements.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 150.
BATCH 3 • QUESTIONS 31–45
Which advantages do modular data centers have over traditional data centers?
Select All that Apply.
Flexible Expansion
High power density
Energy saving
Rapid Deployment
Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 8
“Standard interfaces and modular ⚫ The modular construction mode architecture; Components, ⚫ Modular construction mode enables ⚫ Factory prefabrication and pre- supports high-density cloud subsystems, and IDCs are flexible planning on infrastructure test lower down the risk; On-site computing deployment, improves modularized, which facilitates rapid based on service requirements. capacity expansion meets infrastructure utilization, reduces deployment and mass production. predictable service requirements. energy consumption, and improves ⚫ Phased deployment avoids one-time overall data center usability. ⚫ The construction period is investment and construction, and shortened by more than 50% ⚫ Infrastructure effectively supports improves ROI. rapid expansion of IT services. compared with traditional mode. The modular data center adopts the modular design to achieve fast construction, on-demand deployment, high efficiency and low ”
Technical Deep Dive
Modular data centers provide scalable, add-on capacity, are prefabricated and tested for faster deployment, can accommodate high-density equipment through integrated infrastructure, and improve energy efficiency through optimized power and cooling designs.
Modular construction combines repeatable factory integration with phased scaling. Additional cabinet or infrastructure modules can be introduced as demand rises, reducing the need to build final capacity on day one. Compact distribution and targeted cooling help support higher rack densities and lower facility overheads. Prefabrication and pretesting reduce some onsite work, but site preparation, commissioning and regulatory compliance remain necessary for actual deployment.
Huawei's modular data center design emphasizes reliable power, controlled cooling, infrastructure monitoring and standardized deployment. The stated feature must be interpreted in its correct solution and configuration context. A compliant presales design combines equipment capacity, availability objectives, environmental conditions, physical installation requirements and the customer's operating needs.
Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.
Source reference: uploaded Huawei training material, PDF page 8.
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