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General| Brand | Goodwe |
|---|---|
| Model | GW2500-BP |
| Category | Media Converter |
| Language | English |
Explains warning symbols used in the manual and on the device for safety.
Provides essential safety precautions for installation, operation, and maintenance.
Lists all components included in the product package for the user.
Details the components and features of the hybrid converter unit.
Guidance on choosing an appropriate and safe location for mounting the converter.
Step-by-step instructions for securely installing the hybrid converter.
Diagram for connecting the converter with a single MPPT inverter and one DC input.
Diagram for connecting the converter with a single MPPT inverter and two DC inputs.
Diagram for Dual MPPT inverters with two DC inputs, detailing string connections.
Illustrates incorrect connection methods to prevent system damage or malfunction.
Detailed instructions for connecting PV panels and the inverter to the hybrid converter.
Step-by-step guide for safely connecting the battery to the hybrid converter.
Detailed procedure for connecting the battery terminal, cover, and PE terminal.
Instructions for connecting the EzMeter and current transformer (CT) for monitoring.
Details how to establish communication between the converter and other devices.
Overview of the EzManage mobile application for system monitoring and control.
Instructions for connecting via USB, primarily for firmware updates.
Guide for connecting EzConverter and lithium batteries, including dial-up protocols.
Explains communication interfaces (RS-485, CAN, RS-232) for lithium battery integration.
Explanation of the indicator lights and their meanings for system status.
Guide to the device's LCD display, buttons, and user interface navigation.
Instructions on adjusting and setting various battery operating parameters.
Lists error codes and their descriptions displayed on the LCD for troubleshooting.
Describes the operational mode when PV energy exceeds household loads and charges battery.
Describes the mode when PV energy exceeds loads and battery is full; excess is exported to grid.
Describes the mode when PV energy is lower than loads, using battery to compensate.
Describes the mode when there is no PV power, using battery to balance household loads.
Describes the mode when PV and battery cannot meet load, grid power is used.
Describes the mode when grid is off, PV energy charges the battery via the hybrid converter.
Checks for common issues encountered during the initial system setup.
Troubleshooting steps for issues encountered when the system is first started.
Verification of correct battery polarity and connection for troubleshooting.
Verification of correct PV input polarity and connection for troubleshooting.
Verification of correct TO INVERTER connection polarity for troubleshooting.
Checks for correct EzMeter and CT connection to loads and grid.
Troubleshooting steps for EzMeter communication status and LED indicators.
Verifies correct connection direction of CT and EzMeter for proper function.
Troubleshooting BMS communication for lithium batteries, checking EzConverter and APP status.
Checks if battery settings in the EzManager APP are correct for lead-acid or lithium batteries.
Solutions for no discharge or output power from the BP unit during nighttime operation.
Troubleshooting for situations where the battery fails to discharge despite low PV power.
Solutions for the BP unit not starting when only connected to a battery.
Troubleshooting steps for when the battery fails to charge even with sufficient PV power.
Addresses sudden drops in State of Charge (SOC) to 95% and its causes.
Explains why the battery State of Charge (SOC) might not reach 100%.
Troubleshoots issues with the Solar-wifi signal not appearing on mobile devices.
Solutions for problems encountered when trying to save settings via the EzManager APP.
Addresses confusion regarding the battery switch trip function and its behavior.
Explains the operational interaction between the BP unit and single-phase on-grid inverters.
Details on battery configuration, including nominal voltage and serial connection examples.
Explains how the BP unit operates when the main grid power is unavailable.
Defines the meter power thresholds for initiating battery charging and discharging.
Addresses sudden increases in State of Charge (SOC) to 95% and their causes.
Details maximum PV input power, voltage, current, and connector types.
Specifies battery type, nominal voltage, charge/discharge rates, and capacity.
Details rated output voltage, output voltage range, and maximum output current.
Information on charge/discharge efficiency and integrated protection features.
Provides dimensions, weight, mounting type, and operating temperature/humidity.
Details topology, standby losses, cooling, noise, communication, and environment categories.
Indicates compliance with European conformity standards for safety and electromagnetic compatibility.
