Need help?Do you have a question about the Goodwe GW-GW5000-EH and is the answer not in the manual?
Explains the different operational modes of the EH system based on configuration and layout.
Provides crucial safety rules, cautions, and symbol explanations for product installation, operation, and maintenance.
Details the physical components and features of the EH Series hybrid inverter, including indicator lights.
Lists configurations and connections that are not permitted for EH series inverters to ensure system integrity.
Details the components included with the hybrid inverter for user verification upon receipt.
Provides rules and recommendations for selecting a suitable mounting location and method for the inverter.
Explains the correct procedure and requirements for connecting PV panels or strings to the inverter.
Details the procedure for connecting batteries to the inverter, emphasizing safety and correct terminals.
Covers the requirements and procedures for connecting the inverter to the grid and back-up loads.
Mentions advanced settings available via special firmware for tripping points and curves.
Describes a solution for split grid systems where the inverter operates under On-Grid conditions.
Outlines policies and recommendations for using the Back-Up function and connecting loads.
Specifies acceptable loads for the inverter's Back-Up output and potential issues with certain load types.
Explains how the inverter handles overload protection and how to restart it immediately after an event.
Details the connection and importance of the Smart Meter and CT for monitoring grid voltage and current.
Describes the connection of DRED for remote shutdown functions, compliant with safety requirements.
Provides detailed steps for connecting the DRED device to the inverter's dedicated port.
Explains how the inverter detects and reports earth fault alarms according to IEC standards.
Illustrates the overall wiring system for EH Series hybrid inverters, including component connections.
Shows example connection diagrams for different grid systems, including Australia and New Zealand.
Essential steps for connecting the inverter to a wireless network for monitoring and maintenance.
Explains how to reset and reload the Wi-Fi module for troubleshooting connectivity issues.
Guide to using the PV Master mobile application for system configuration, monitoring, and control.
Details the PV Auto-Test function integrated into the PV Master APP for Italy safety compliance.
Instructions on how to activate the battery function for Battery-Ready inverters via PV Master.
Addresses common user queries regarding Wi-Fi, battery operation, PV Master app, and system functionality.
Provides solutions for common operational problems such as no discharge, battery not charging, or high power fluctuations.
Covers critical aspects of battery settings, BMS communication, and safety country configuration within the system.
Answers specific questions related to connecting the inverter's Wi-Fi signal to a phone or router.
Addresses queries about battery discharge, SOC jumps, charging limits, and tripping issues.
Explains potential issues with saving settings, data discrepancies, and missing information in the PV Master App.
Discusses questions about output power limits, CT current limits, and using third-party meters.
Lists the certifications and standards that the EH series inverters comply with, ensuring regulatory adherence.
Details additional tests required for Australian installations, specifically concerning THDi and Zref measurements.
Defines environmental categories and pollution degrees relevant to the inverter's operating conditions and installation site.
To Next Page
General
