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Battery Type | Lithium Iron Phosphate (LFP) |
---|---|
Communication | CAN, RS485 |
Efficiency | 96% |
Certifications | IEC 62619, UN 38.3, CE, VDE |
Nominal Voltage | 51.2 V |
Cycle Life | 6000 cycles |
Warranty | 10 years |
Specifies the versions of Battery-Box Premium HVS/HVM this document applies to.
Outlines the required skills for personnel performing operations described in the manual.
Describes the topics covered within the operating manual for clarity.
States compliance of the battery system with applicable European directives.
Explains the different warning message levels (Danger, Warning, Caution, Notice).
Explains symbols used within the document to convey important information.
Lists and defines abbreviations and designations used throughout the manual.
Defines the intended applications and operational modes for the battery system.
Specifies appropriate firefighting equipment and procedures for battery fires.
Provides guidelines for safe handling, transport, and storage of battery modules.
Details actions to take in case of electrolyte leakage from battery modules.
Highlights dangers and precautions related to electric shock during system operation.
Warns about overvoltage risks and the importance of surge protection.
Advises on the risks associated with the weight of battery modules during handling.
Alerts users to potential property damage from environmental factors or under-voltage.
Lists the components included in the Battery-Box Control Unit (BCU) and base package.
Lists the components included in the Battery Module package.
Provides a general description of the Battery-Box Premium HVS&HVM system.
Details the system's interface, including Be Connect 2.0 app usage.
Explains various symbols and designations used on the system and in documentation.
Describes the meaning of different LED light patterns for system status and errors.
Outlines prerequisites for installing the battery system, including location criteria.
Details specific environmental and physical conditions for the installation site.
Lists the necessary tools for performing the installation procedure.
Specifies the essential personal protective equipment (PPE) for safe installation.
Lists materials not included in the scope of delivery but required for installation.
Provides step-by-step instructions for the physical installation of the battery system.
Identifies external and internal connection points on the battery system.
Illustrates connection configurations for single, two, and three battery systems.
Details the procedure for correctly connecting the grounding conductor to the system.
Explains how to connect the data cable between the battery and the inverter.
Describes how to connect data cables between multiple battery systems in parallel.
Guides the connection of network cables for internet access and updates.
Provides instructions for making the DC power connections to the battery system.
Covers the steps for closing up the system after electrical connections are made.
Details the procedure and requirements for powering on the battery system.
Guides the configuration process using the Be Connect 2.0 app.
Explains how to commission the inverter after connecting to the battery system.
Instructions for switching the battery system on and off.
Explains safety mechanisms that prevent operation under certain conditions.
Details the support for black start function with compatible inverters.
Information on activating and resetting the system's WLAN feature.
Highlights safety warnings and precautions during the decommissioning process.
Provides step-by-step instructions for safely removing the battery system.
Outlines the steps for adding a new battery module to an existing system.
Describes system behavior during fault conditions, including LED blinking patterns.
Lists specific error codes indicated by LED blinking patterns and their meanings.
Instructions for cleaning the enclosure and general maintenance.
Specifies optimal storage conditions, temperature ranges, and time limits.
Advises on complying with local regulations for electronic waste and battery disposal.
Detailed technical specifications for HVS models, including energy, voltage, and dimensions.
Detailed technical specifications for HVM models, including energy, voltage, and dimensions.
Summarizes key technical data like operating temperature, communication, and efficiency.
Provides contact details for BYD's global customer service and support.
Lists contact information for service partners in Europe, Australia, and South Africa.
Details connection procedures for various SMA inverter models.
Illustrates connection methods for Kostal Plenticore and Piko series inverters.
Provides connection diagrams for Kaco blueplanet and NH series inverters.
Explains how to connect the battery system with Sungrow inverters.
Details connection procedures for Fronius Symo and Primo series inverters.
Shows how to connect the battery system with Ingeteam inverters.
Illustrates connection methods for Solis RHI and S6 series inverters.
Provides connection diagrams for Deye SUN series inverters.
Details connection procedures for GE GEH series inverters.
Explains how to connect the battery system with Solplanet inverters.
Illustrates connection methods for Western CO HHS, HBS, HHT, HBT series inverters.
Provides connection diagrams for Sosen HI series inverters.
Details connection procedures for GoodWe, Viessmann, and Canadian Solar inverters.