Related Manuals for Deye SUN-6K-G06P3
Summarization of Contents
Manual Overview and Usage Guidelines
Understanding the Manual
Guidelines for reading and understanding the manual content and its periodic updates for safe and effective product operation.
Introduction to the PV Inverter
Inverter Appearance and Models
Description of the grid-connected PV inverter models and their visual characteristics, including front and bottom views.
Package Contents List
Inventory of included components in the inverter package, such as the inverter unit, mounting bracket, connectors, and optional accessories.
Safety Warnings and Precautions
Safety Symbols and Instructions
Details on safety symbols used in the manual and essential safety instructions for operating the inverter.
Operational Notes and Safety Tips
Important operational guidelines and precautions for safe and correct use of the inverter, including installation and maintenance procedures.
Inverter Operation Interface
Front Panel Display and Status Indicators
Description of the inverter's front panel display, including LED status indicators for DC, AC, Normal, and Alarm states.
Control Buttons and LCD Screen Functions
Explanation of the function of the front panel buttons (Esc, Up, Down, Enter) and the information displayed on the LCD screen.
Product Installation Guide
Installation Location Criteria
Criteria for choosing a suitable installation location for the inverter, focusing on environmental factors like fire risk and ventilation.
Mounting Angle and Installation Clearance
Guidelines on inverter mounting orientation, spacing between multiple units, and avoiding placement near children or flammable items.
Inverter Mounting Procedure
Instructions for physically mounting the inverter on a wall, specifying required clearances and the use of mounting brackets and screws.
Installation Steps and Securing
Step-by-step guide for hanging the inverter onto the mounting plate, ensuring secure attachment and correct positioning.
Electrical Connections
DC Input Terminal Connection
Detailed instructions for connecting the DC power input, including safety hints regarding polarity, voltage, and cable type.
DC Connector Assembly
Procedures for stripping DC wires, crimping terminals, and assembling the MC4 connectors for safe and reliable DC input connection.
AC Input Terminal Connection
Instructions for connecting the AC power input, including cable specifications and safety warnings about circuit breakers.
AC Connector Assembly
Detailed steps for assembling the AC output connector, including stripping wires and connecting cable cores to the socket.
Final AC Connection Procedure
Final steps for connecting the assembled AC connector to the inverter, ensuring correct terminal engagement.
Grounding Wire Connection
Importance of proper grounding for surge protection and EMI performance, with instructions for shell ground wire installation.
Overcurrent Protection and Monitoring Setup
Recommendations for circuit breaker selection to prevent overcurrent and an overview of the inverter's wireless remote monitoring capabilities.
Zero Export Functionality
SUN Limiter Integration
Introduction to the optional zero export function using the SUN limiter to control power output and prevent feedback to the grid.
Inverter Startup, Shutdown, and Anti-PID
Procedures for safely starting and shutting down the inverter, and an explanation of the optional Anti-PID function.
SUN Limiter Wiring and Connection
Detailed wiring diagram and connection steps for integrating the SUN limiter with the inverter and grid for zero export functionality.
Configuring the Zero Export Function
Step-by-step guide on how to enable and configure the zero export function through the inverter's LCD interface and parameter settings.
SUN Limiter Sensor and Control Connections
Specific instructions for connecting clamp sensors and control lines for the SUN limiter, including terminal details.
Using the Zero Export Functionality
Step-by-step guide on how to enable and configure the zero export function through the inverter's LCD interface and parameter settings.
Energy Meter Integration for Zero Export
Explanation of using an energy meter for the zero-export function, including connection recommendations and requirements.
Eastron Meter Connection Diagram
Wiring diagram illustrating the connection of the Eastron SDM630-Modbus V2 meter for zero-export functionality.
Eastron Meter Configuration
Details on connecting the Eastron SDM630MCT meter and its role in the zero-export system, including current sensor connections.
CHINT Meter Connection Diagram
Wiring diagram for the CHINT DTSU666 smart meter, showing its connection to the inverter and grid for zero-export operation.
Enabling Zero Export with Energy Meter
Steps to enable and verify the zero-export function using an energy meter, including display confirmations and operational notes.
Zero Export Notes and Monitoring Platform Usage
Important safety and operational notes for zero export mode, and instructions on how to view load power on the monitoring platform.
Monitoring Platform Configuration for Self-Consumption
Guide on configuring the monitoring platform for "Self-consumption" mode and verifying correct display of PV, load, and grid power.
General Operation and Monitoring
Initial Interface and Menu Navigation
Overview of the inverter's LCD display during normal operation and the flow chart for navigating the main menu options.
Displaying Operational Data
Details on various operational data displayed on the LCD, including PV input, load power, grid information, time, and energy readings.
Device Information and Fault Records
Explanation of accessing device information and viewing fault records, which detail system parameters and error history.
Parameter Settings and Controls
Guide to ON/OFF settings, PV string current monitoring, and accessing parameter setup menus for system, run, protect, and communication settings.
System Parameter Configuration
Configuration options for system parameters, including time, language, display settings, and factory reset procedures.
Running Parameter Adjustments
Accessing and configuring running parameters, including Active Power, Q-Mode, Vref, ReactP, PF, and other operational settings requiring a password.
Running Parameter Definitions
Detailed definitions and operating ranges for various running parameters like ActiveP, Q-Mode, Vref, PF, and others related to grid interaction and protection.
Advanced Operational Parameters
Further running parameters including ARC, OF-Derate, UF-Uprate, PU, LVRT, HVRT, PowerLim, DRM, and Sunspec functions.
Parameter Function Explanations
Explanations for parameters like ARC, OF-Derate, UF-Uprate, PU, LVRT, HVRT, PowerLim, DRM, and Sunspec, detailing their functions and ranges.
Grid Response Functions
Over-frequency Response Configuration
Configuration of the over-frequency response function, including parameters like start/stop frequency and power recovery rate.
Reactive Power Regulation Modes
Introduction to the reactive power regulation function and its various modes (OFF, Q(%), PF, Q(U), Q(P), PF(P)) with parameter settings.
Q(U) Mode Settings Explained
Detailed parameters and explanations for the Q(U) mode reactive power regulation, relating reactive power to grid voltage.
Q(P) Mode Settings Explained
Explanation of the Q(P) mode for reactive power control, detailing parameters and illustrating the reactive power regulation curve based on active power.
Q(P) Mode Parameter Details
Detailed definitions for parameters used in the Q(P) mode, explaining their role in reactive power regulation based on active power and grid voltage.
Protection Parameters
Accessing Protection Settings
Accessing protection parameters, which are engineer-only settings related to grid standards and safety requirements.
Grid Protection Parameter Definitions
Definitions for various protection parameters like OverVolt, UnderVolt, OverFreq, UnderFreq, Reconnection, and grid settings, used for compliance with grid codes.
Communication Parameters
Configuring Communication Settings
Configuration of communication parameters, including setting the Address and Baud Rate for data transmission and monitoring.
Customizing Grid Regulation Parameters
Instructions for setting customized grid parameters according to local regulations, emphasizing consultation with an installer if unsure.
Repair and Maintenance
Cleaning and Maintenance Precautions
Guidelines for cleaning the inverter, including warnings about high temperatures and the use of appropriate cleaning materials.
Error Handling and Troubleshooting
Error Codes and Initial Solutions
Comprehensive list of error codes displayed on the LCD, along with their descriptions and suggested troubleshooting steps or contact information.
Troubleshooting DC and AC Faults
Continuation of error codes and their corresponding solutions, covering various DC and AC related faults and system issues.
Advanced Fault Diagnosis and Solutions
Further error codes and troubleshooting guidance, including DC busbar issues, AC faults, and IGBT temperature warnings.
Technical Specifications
Model and Input/Output Specifications
Detailed technical specifications for various inverter models, covering input DC power, voltage, current, and output AC power, voltage, and current.
General Data and Interface Specifications
General data including dimensions, weight, topology, operating temperature, ingress protection, and interface details like DC/AC connections and display type.
Model Performance and Standards
Comprehensive specifications for SUN-7K to SUN-12K models, including efficiency ratings, operating phase, and grid connection standards.
General Data and Connectivity Details
Reiterates general data and interface specifications, confirming connection types, display model, and communication protocols.
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