What to do if my Goodwe NS Inverter displays a Fac Failure?
If your Goodwe Inverter displays a 'Fac Failure', the grid may not be connected. Check the grid connection cables and verify the grid's availability.
Why is my Goodwe NS displaying a Vac Failure?
A 'Vac Failure' on your Goodwe inverter indicates that the grid voltage is out of the acceptable range. To resolve this: 1. Measure the voltage when the inverter displays ‘Vac Failure’. If it's outside the regulated limits, contact your electricity company. 2. Measure the voltage between N and PE on the inner AC side of the inverter; it should be less than 1V. If it's higher, check the AC wiring. 3. Compare the ‘Vac’ value on the inverter screen with the voltage measured at the switchboard. If they don't match, contact a GoodWe service center.
What does ISO Failure mean on my Goodwe NS and how to fix it?
An ISO Failure on your Goodwe inverter indicates that the ground insulation impedance is too low. Here’s how to address it: * If the fault occurs at dawn, dusk, or during rainy days, it might be a temporary issue and can be ignored. * Measure the impedance of PV+ and PV- to ground. The values should be higher than 2MΩ. If the impedance is too low, inspect the insulation or rewire the PV connection. * Measure the impedance of N to ground; it should be close to zero. If not, check the AC wiring. * Ensure that the inverter's firmware is up to date. If not, update it to the latest version.
What should I do if my Goodwe Inverter shows Ground I Failure?
If your Goodwe Inverter displays a 'Ground I Failure', it means the inverter has detected high current leakage. Here's how to troubleshoot: * Disconnect all PV strings from the inverter. Then, connect each string individually to identify the faulty string. Inspect the wiring of that string for any damage. * If the fault only appears during rainy or wet weather, you can disregard the fault, as it might be due to temporary moisture.
How to troubleshoot a Goodwe Inverter that is Reconnecting?
If your Goodwe inverter is continuously reconnecting, consider the following checks: * If this happens at dawn or dusk, it may be normal and can be ignored. * Verify the AC wiring, ensuring the N and PE lines are correctly wired. * Confirm that the regulation settings are correct for your location. * Check if any other fault messages appear while the inverter is reconnecting. * Note the countdown time remaining during the reconnection process and provide this information to GoodWe local service center if needed.
What to do if my Goodwe Inverter indicates a Utility Loss?
If your Goodwe Inverter shows a 'Utility Loss', first, make sure that the inverter is connected to the grid. Then, check the cable connection to the power grid and confirm the power grid's availability.
What to do if my Goodwe NS displays a Ground I Failure?
If your Goodwe Inverter shows a 'Ground I Failure', it means the ground current is too high. Try these steps: 1. Disconnect the inputs from the PV generator. 2. Check the AC system. 3. After clearing the problem, reconnect the PV panel and monitor the Inverter status. If the issue persists, contact your local service office.
What to do if my Goodwe NS Inverter displays a Vac Failure?
If your Goodwe Inverter shows a 'Vac Failure', the inverter will automatically restart within 5 minutes if the grid returns to normal. Ensure the grid voltage meets the required specifications and that the neutral (N) and PE wires are securely connected. If problems continue, contact your local service office.
How to address Low Generation issues with my Goodwe NS Inverter?
If you're experiencing low power generation (E-day) with your Goodwe Inverter: * If the E-day value on the inverter screen is very low, check that the time setting on the inverter is correct. * If the E-day value on the portal is very low, ensure that the time zone setting in the portal is correct.
How to fix Relay Check Failure on a Goodwe Inverter?
If your Goodwe inverter is showing a Relay Check Failure, which indicates an output relay fault, try this: Switch on both the AC and DC power to the inverter. Listen carefully during the inverter's startup check. If you don't hear a relay clicking sound, contact GoodWe local service center.
Introduces the GoodWe NS & DNS series inverters, highlighting their advanced technology and design.
Explains the evolution of GoodWe inverters and compares SS/DS series with NS/DNS series.
Details the key features of the new NS & DNS series inverters, focusing on safety and performance.
Provides instructions on mounting the inverter, considering environmental factors for optimal performance.
Details the components and ports of the NS Series 1-3kW and 3.6-5kW, and DNS Series 3-5kW models.
Lists all items included in the inverter package, with specifications for different series.
Specifies the required clearance distances for inverter installation for ventilation and access.
Explains how to properly connect the AC power terminals to the inverter, including cable specifications.
Step-by-step guide for installing VACONN and WIELAND series AC connectors for specific inverter models.
Details DC cable specifications and provides installation instructions for SUNCLIX, MC4, and H4 series DC connectors.
Details RS485 and WiFi BOX connection procedures for inverter monitoring and communication.
Illustrates system schematics for NS and DNS inverters and the connection method for power limiting CT.
Outlines the step-by-step process to boot up the inverter, including country selection and power limit settings.
Important notes on configuring WiFi and ensuring correct time settings for accurate monitoring.
Step-by-step guide to configure WiFi monitoring for the inverter, including network connection and setup.
Guide for configuring monitoring using Ezlogger Pro with a LAN connection, covering setup and network configuration.
Presents a block diagram illustrating the internal components and data flow of the NS series inverter.
Illustrates the internal block diagram of the DNS series inverter, showing its functional components.
Troubleshooting for Utility Loss, Vac, and Fac failures related to grid connection and parameters.
Guidance for ISO Failure (insulation) and Relay Check Failure (output relay).
Troubleshooting for Ground Leakage, PV Over Voltage, and Over Temperature failures.
Addresses AC HCT Failure (output sensor) and GFCI Failure (leakage test).
Troubleshooting for Waiting, Blank Screen, Reconnecting, and Low Generation operational states.
Resolving Screen Faults, Button Faults, and WiFi Monitoring Failures.
Comprehensive technical specifications for GoodWe NS series inverters, covering DC input and AC output.
Details certifications, standards, dimensions, weight, and operating environment for NS series.
Technical specifications for higher capacity NS series models (GW3600-NS to GW5000-NS).
Details protection features and extended general data for the NS series inverters.
Presents technical specifications for the DNS series inverters, covering DC input and AC output parameters.
Details protection features and general data such as dimensions, weight, and operating conditions for DNS series.
A matrix showing product certifications for NS and DNS series across various international standards.
Details the standard manufacturer's warranty period for inverters and accessory products.
Outlines the conditions for warranty claims and the necessary information and documentation required.
Lists essential product details and error information needed for processing warranty claims.
Explains the process for handling inverter failures under warranty, including repair and replacement.
Clarifies what is included in the standard warranty and what costs are not covered, like transportation.
Lists circumstances that void the standard warranty, such as expired period or unauthorized modifications.
Continues listing warranty exceptions, including product modification, vandalism, and environmental damage.
Details the fees and services provided for products that are out of warranty.
General| Protection Degree | IP65 |
|---|---|
| Number of MPP Trackers | 2 |
| Cooling | Natural Convection |
| Power Range | 3kW to 6kW |
| MPPT | Dual MPPT |
| Communication | WiFi |
| MPPT Voltage Range | 120-500V |
| Nominal AC Output Power | 3000W to 6000W |
| Max. AC Output Power | 3.3kW, 4kW, 4.6kW, 5.5kW, 6.6kW |
| Nominal Output Voltage | 230V |
| Operating Temperature Range | -25 ~ +60 °C |
| Output Power | 3000W to 6000W |
| MPPT Range | 120-500V |
| Output Voltage | 230V |
| Frequency | 50/60 Hz |
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