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Defines the scope and applicability of the user manual for the hybrid inverter.
Identifies the intended audience, consisting of qualified electricians.
Explains the meaning of safety and information symbols used throughout the document.
Details critical safety precautions for operating the hybrid inverter.
Provides explanations for symbols found on the inverter and type label.
Highlights the key functionalities and capabilities of the hybrid inverter.
Illustrates the overall system layout and component connections.
Describes the various operational modes of the inverter.
Presents the physical dimensions and measurements of the inverter.
Details the different terminals and their functions for PV connections.
Lists the detailed technical specifications for the inverter model.
Instructions for inspecting the inverter for damage after transportation.
Details the items included in the product package.
Provides guidelines and precautions for mounting the inverter.
Instructions for connecting the photovoltaic (PV) modules to the inverter.
Guidance on connecting the inverter to the grid or generator.
Details on connecting backup loads to the inverter.
Instructions for safely connecting the battery to the inverter.
Steps for establishing a wireless connection via Wi-Fi.
Instructions for optional data communication using GPRS.
Guidance on the proper installation of Current Transformers (CTs).
Procedure for installing the emergency stop button.
Description of the physical control panel layout and components.
Explanation of the status indicators provided by the LEDs.
Overview of the inverter's LCD display interface and its sections.
Details on interpreting and handling error codes displayed on the LCD.
First part of system settings, covering working modes and grid standards.
Second part of system settings, including BMS communication and grid sell.
Third part of system settings, focusing on EPS enable and battery wake-up.
Displays real-time voltage, current, and power for PV1 input.
Displays real-time voltage, current, and power for PV2 input.
Displays real-time voltage, current, and power for PV3 input.
Displays real-time voltage, current, and power for PV4 input.
Shows DC voltage readings, including bus capacitor voltage.
Displays real-time battery voltage and status information.
Shows battery type, temperature, and state of charge (SOC).
Details battery charging and discharging voltage and current.
Displays real-time grid voltage and frequency.
Inverter output information not intended for customer review.
Displays real-time voltage and current for the EPS load.
Shows real-time power output from the grid and inverter.
Breakdown of power per source: PV, EPS load, and battery.
Displays temperature readings for the inverter and internal components.
Provides an overview of the complete machine status (e.g., STANDBY, GRID).
Access to various system configuration and setting menus.
Manages user interface states like SETUP, INQUIRE, and STATISTIC.
Interface for entering the password to access settings.
Main menu for accessing system settings like SYS SETTING and BAT SETTING.
Access to system information and various setting categories.
Navigates system information and selects specific setting options.
Allows selection of the inverter's working mode (e.g., SELF CONSUME).
Configuration settings specific to the Peak Shift working mode.
Configures the enable/disable status for EPS (Emergency Power Supply).
Sets parameters related to waking up the battery system.
Selection for how PV input is configured (e.g., INDEPENDENT, PARALLEL).
Enables or disables the selling of electricity back to the grid.
Allows viewing load power when a load is connected to the mains port.
Option to enable or disable the ARC detection function.
Controls the power on/off functionality via the physical button.
Menu for configuring various battery parameters.
Accesses battery parameter settings like type, depth, and communication.
Selection interface for the type of battery connected (e.g., Lithium, Lead-Acid).
Configuration parameters specific to lead-acid batteries.
Sets the battery discharge depth limit (DOD) for protection.
Configures the communication protocol (CAN or RS485) for the battery.
Selection of the appropriate grid standard for compliance.
Lists available grid standards for selection based on region.
Sets parameters related to grid connection, like phase and voltage.
Main menu for configuring operational run settings.
Accesses various operational settings like REACT MODE and GRID POWER.
Configures reactive power control modes such as POWER FACTOR.
Sets the maximum discharge current provided to the grid.
Sets the maximum discharge current provided by the battery to the grid.
Sets the power percentage for battery charging.
Sets the power percentage for PV input.
Sets the minimum grid voltage threshold for custom mode.
Sets the maximum grid voltage threshold for custom mode.
Sets the minimum grid frequency threshold for custom mode.
Sets the maximum grid frequency threshold for custom mode.
Configures active power reference settings and protection responses.
Interface to select the RS485 address for communication.
Sets the unique RS485 address for the inverter.
Interface to select the RS485 baud rate.
Configures the baud rate for RS485 communication.
Menu for selecting the display language of the inverter.
Options to choose between Chinese and English languages.
Interface to set the backlight time for the LCD screen.
Adjusts the duration the LCD backlight remains active.
Menu for setting the inverter's date and time.
Allows adjustment of the current date and time.
Interface for clearing historical records.
Clears the operation history logs from the inverter.
Access point for entering maintenance functions.
Procedure to enter the maintenance mode via password.
Interface for initiating a factory reset of the inverter.
Executes a factory reset, returning settings to default values.
Menu for configuring parallel operation settings.
Provides access to settings for connecting multiple inverters in parallel.
Sets the number of inverter units to be operated in parallel.
Assigns roles (master or slave) to inverters in a parallel setup.
Sets the unique parallel address for each inverter.
Enables or disables the use of a common Current Transformer.
Selects output phase configuration for three-phase operation (reserved).
Enables or disables the group three-phase function.
Sets the parallel charging current limit.
Sets the parallel discharge current limit.
Enables or disables the parallel operation function.
Menu for configuring generator operation settings.
Accesses settings for generator start/stop, current, and time.
Sets the minimum battery SOC for starting the generator.
Sets the maximum battery SOC for stopping the generator.
Sets the battery charging current when using the generator.
Sets the maximum daily running time for the generator.
Sets the cooldown time before the generator can restart.
Configures generator control modes (auto, manual, grid connect).
Sets the rated power for the diesel generator.
Menu for accessing advanced operational settings.
Displays and configures advanced mode settings.
Selects and enables advanced operational modes.
Controls advanced inverter functions like grid charging.
Configures Time of Use (TOU) settings for battery charging.
Sets the State of Charge (SOC) for controlling Load 2.
Menu for querying inverter information and status.
Accesses details about the inverter model, SN, firmware, and records.
Displays information about the inverter model.
Shows the serial number (SN) of the inverter module.
Displays the software version of the inverter's firmware.
View the historical running records and event logs.
Provides access to internal diagnostic information.
Menu for viewing inverter operation statistics.
Displays daily, monthly, and yearly statistics in kWh.
Illustrates the connection diagram for generator usage.
Provides important notes and considerations for operating the generator.
Details the process of accessing and configuring generator settings.
Parameters for generator settings, including SOC, current, and time.
Configuration options for generator control functions.
Diagram illustrating the setup for multiple inverters in parallel.
Connection diagram for single-phase parallel inverter systems.
Connection diagram for three-phase parallel inverter systems.
Instructions for connecting communication cables between parallel inverters.
Key considerations and notes for successful parallel inverter operation.
Menu for configuring settings related to parallel inverter systems.
Parameters for parallel setup, including number of units and addresses.
Information on common errors encountered during parallel setup.
Overview of advanced modes for controlling grid power and loads.
Steps to access and configure advanced operational modes.
Interface for selecting and enabling advanced modes.
Selection of advanced work modes like Sell First or SFC.BuySell.
Controls advanced inverter functions, including grid charging.
Configuration of Time of Use (TOU) settings for battery management.
Sets the State of Charge (SOC) thresholds for controlling Load 2.
Guide to setting grid compliance parameters via the mobile application.
Step-by-step instructions to access and configure parameters in the app.
Screenshots and descriptions of the mobile app's parameter display.
Detailed explanations of various grid compliance parameters.
Configuration of voltage protection thresholds and response times.
Configuration of frequency protection thresholds and response times.
Parameters for frequency-active power mode settings.
A table listing common faults, their explanations, and corresponding solutions.
General| Category | Inverter |
|---|---|
| Frequency | 50/60 Hz |
| Cooling | Fan Cooling |
| Output Power | 8000 W |
| Protection | Overload, Short Circuit, Over Temperature |
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