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General| Brand | Huawei |
|---|---|
| Model | PowerCube 5000 |
| Category | Battery Charger |
| Language | English |
Describes the PowerCube 5000 solution's overview, installation, commissioning, maintenance, and troubleshooting.
Lists the target audience for this document, including engineers and technicians.
Defines the meaning of symbols like DANGER, CAUTION, WARNING, and NOTICE used in the guide.
Details the changes and updates made in different document issues, starting from Issue 01.
Provides general safety precautions before installing, operating, and maintaining the equipment.
Specifies the qualifications and training required for personnel involved in installation and operation.
Details electrical safety measures, including grounding and handling high-voltage operations.
Outlines the necessary environmental conditions for equipment installation to ensure safety and proper function.
Covers mechanical safety aspects, including working at heights and using hoisting devices.
Provides critical safety precautions for handling and maintaining batteries.
Provides an overview of the PowerCube 5000 system, its features, and capabilities.
Explains the different operating modes of the PV inverter, battery, and DG.
Details the components and specifications of the ICC Cabinet SUN2000-150KTL-S0.
Describes the Power Module (HSU), its functions, appearance, and indicator descriptions.
Details the Bypass Module (BPS), including its appearance and indicator descriptions.
Describes the Monitoring Unit, its overview, and various modules like SMU02S, UIM02C.
Details the SMU02S panel, its buttons, indicators, and port descriptions.
Describes the UIM02C panel, its port descriptions, and pin definitions.
Details the NIM01C3 panel, its indicators, communications ports, and pin definitions.
Describes the GIM01C panel, its indicators, and ports.
Details the ECU01A panel, indicators, and ports for energy monitoring.
Describes the MUS01C panel, its ports, and communication protocols.
Details the MDU appearance, indicator status, and port descriptions.
Introduces the Smart Lithium Battery Cabinet (SmartLi), its structure, and components.
Explains the model naming convention and description for the SmartLi product.
Describes the Energy Storage Module (ESM), its composition, and advantages.
Details the System Battery Control Unit (SBCU), its appearance, and indicator status.
Describes the Battery Control Unit (BCU), its functions, and port descriptions.
Details the specifications and appearance of Isolation Transformers like ITC80D, ITC120D, etc.
Provides specifications and appearance details for the ITC80D Isolation Transformer.
Details specifications and appearance for the ITC120D Isolation Transformer.
Provides specifications and appearance details for the ITC200D Isolation Transformer.
Details specifications and appearance for the ITC400D Isolation Transformer.
Describes the Smart ETH Gateway, its specifications, and indicator status.
Provides specifications and appearance details for the Combiner Box.
Covers preparations for installation, including clearances and cable preparation.
Specifies the required clearances around the ICC and lithium battery cabinets for operation and ventilation.
Details cable preparation, including maximum current and cross-sectional area requirements.
Lists the necessary tools and instruments required for installation, emphasizing insulated tools.
Provides guidelines for the safe transportation and unpacking of equipment.
Details the procedure for installing the ICC cabinet, including marking, drilling, and securing.
Describes the process of installing an isolation transformer, including marking and securing.
Explains how to install a PE cable between the ICC cabinet and the isolation transformer.
Covers the installation of the SmartLi battery cabinet, including ground mounting and channel steel mounting.
Details the steps for installing the battery cabinet on the ground or channel steel.
Provides instructions for connecting the PE cable to the battery cabinet.
Details the procedure for installing Energy Storage Modules (ESMs) into the battery cabinet.
Describes how to install the IP21 component, likely a protective cover or module.
Provides optional steps for installing a water sensor and checking its function.
Details the optional procedure for installing a combiner box on the wall.
Covers various cable installation procedures, including PV input, AC input, and signal cables.
Details the procedure for installing the PV input power cable between the solar junction box and the cabinet.
Explains how to install AC input power cables, particularly when a backup DG is available.
Describes installing signal cables to connect multiple lithium battery cabinets in a loop.
Details connecting signal and battery cables between the lithium battery cabinet and the ICC cabinet.
Explains installing alarm and AC power cables between the ICC cabinet and the isolation transformer.
Describes how to install AC output power cables for the isolation transformer.
Details installing communication and EPO control cables between two ICC cabinets.
Provides a checklist for verifying the correct installation and securing of cabinets and their connections.
Describes the MDU interface, its functions, and the UI elements for system information.
Explains the ICC Cabinet WebUI, its home page, and the functions available through its interface.
Details the SBCU interface, its system status display, and UI functions.
Describes the Lithium Battery Cabinet WebUI, its home page, and available functions.
Outlines the steps and prerequisites for preparing the system before initial power-on.
Explains different modes for powering on the ICC cabinet, including using PV, battery, or DG.
Details the procedure for powering on the ICC cabinet using PV power, including prerequisites.
Describes powering on the ICC cabinet using a lithium battery, with prerequisites and procedures.
Explains how to power on the ICC cabinet using a backup DG, including prerequisites.
Guides through setting initial parameters for the ICC cabinet, including user accounts and settings wizard.
Covers setting initial parameters for the lithium battery cabinet, including user accounts and the settings wizard.
Details the final steps for powering on the loads and enabling system output.
Provides step-by-step instructions for safely shutting down and powering off the entire system.
Explains how to manually power off lithium battery cabinets when not in use.
Guides users on how to log in to the system's WebUI using a browser and network cable.
Details the procedure for changing user passwords on the ICC Cabinet WebUI, MDU, and Lithium Battery Cabinet WebUI.
Explains how to export system data from the ICC Cabinet WebUI, MDU, and Lithium Battery Cabinet SBCU.
Describes how to perform an Emergency Power Off (EPO) for both the ICC cabinet and lithium battery cabinets.
Provides instructions on how to clear the EPO state for the ICC cabinet and lithium battery cabinets.
Details routine maintenance procedures for the cabinet with cooling system (CCS), including checks and troubleshooting.
Outlines routine maintenance for the ICC, including electricity, preventive checks, and power cable inspections.
Covers routine maintenance for the SmartLi, focusing on battery safety, handling, and periodic checks.
Provides troubleshooting steps for common issues with the ICC cabinet components like AC SPD and SMU.
Guides on troubleshooting AC SPD issues, including symptoms, causes, and solutions.
Details troubleshooting for SMU02S, covering breakdown, alarm generation, and communication failures.
Provides troubleshooting for ECM01A, including indicator status and fault conditions.
Guides on troubleshooting MUS01C, covering network port indicators, communication alarms, and EPO button issues.
Details troubleshooting for HSU, including indicator status, communication, and fault indicators.
Provides troubleshooting for BPS, covering indicator status, alarms, and communication failures.
Guides on troubleshooting circuit breaker faults due to overcurrent or short circuits.
Explains how to clear the EPO state for the SMU after an EPO event.
Covers troubleshooting for lithium battery cabinets, including ESM and BCU abnormal conditions.
Details the procedures and precautions for replacing common parts in the ICC cabinet.
Provides a step-by-step guide for replacing an AC SPD, including safety precautions.
Details the procedure for replacing a faulty circuit breaker, including safety measures.
Guides on replacing the HSU, emphasizing careful handling of connectors and horizontal placement.
Provides instructions for replacing the BPS, highlighting careful handling and placement.
Covers replacing monitoring units like SMU02S, UIM02C, NIM01C3, GIM01C, ECU01A, MUS01C, and MDU.
Details the procedure for replacing the SMU02S, including ESD precautions and parameter reset.
Guides on replacing the UIM02C, including recording cable positions and disconnecting power.
Details replacing the NIM01C3, including SIM card transfer and proper slot installation.
Guides on replacing the GIM01C, emphasizing correct slot placement and cable connections.
Details replacing the ECU01A, advising against removing two modules simultaneously.
Guides on replacing the MUS01C, including shutting down the system and reconnecting cables.
Details replacing the MDU touchscreen, including removing screws and reconnecting cables.
Covers replacing parts in the lithium battery cabinet, including ESM, BCU, and SBCU.
Details replacing an Energy Storage Module (ESM), including safety precautions and securing the new module.
Guides on replacing the Battery Control Unit (BCU), including unlocking and reconnecting cables.
Details replacing the System Battery Control Unit (SBCU), including automatic configuration checks.
Provides a step-by-step guide on how to install an expansion sleeve into a concrete floor.
Explains how to prepare DT, OT, and cord end terminals for cables, including tools and materials.
Details the procedure for installing a dry contact signal cable, including connecting to the dry contact.
Lists the technical specifications for the ICC cabinet, including capacity, dimensions, and environmental parameters.
Provides technical specifications for the SmartLi, including physical, environmental, and electrical parameters.
Lists alarms for the air conditioner controller, including communication and temperature issues.
Details alarms for the UIM, covering sensor status, faults, and temperature conditions.
Includes alarms for Transformer SPD faults and temperature issues.
Alarms generated by dry contact input status and conditions.
Comprehensive list of HSU alarms, including inverter, PV, DCDC, and communication faults.
Alarms related to power cabinet operations, SPD, short-circuit protection, and phase sequence.
Alarms indicating issues with the communication expansion board.
Lists alarms for the DG interface module, covering communication and voltage issues.
Alarms for ECM, parallel cables, version mismatches, and synchronization issues.
Details diesel generator alarms, including mode, start/stop failures, and abnormal conditions.
Alarms related to battery temperature (over/under), overvoltage, and undervoltage protection.
Alarms for battery overcurrent, and issues with intra/inter-battery cabinet parallel cables.
Alarms for version mismatches, module quantity issues, and module detection failures.
Critical alarms for Smoke, Water, and abnormal switch operations.
Alarms indicating abnormal battery state of health (SOH) and emergency power-off (EPO) events.
Alarms related to abnormal temperature sensor readings and loose battery module terminals.
Specifies electromagnetic interference standards for the ICC cabinet, including conducted and radiated emissions.
Details electromagnetic susceptibility standards for the ICC cabinet, covering ESD, EFT, and various susceptibility tests.
Specifies lightning protection requirements for PV input and system output.
Defines common acronyms and abbreviations from A to E.
Defines common acronyms and abbreviations from G to H.
Defines common acronyms and abbreviations from L to U.
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