![]() NetApp creates a Wi-H connection, upgrades the inverter firmware, and activates the inverter. Open SetApp and follow the on-screen instructions (scan the inverter barcode move the ON/OFF/P switch to P position for 2 seconds and release).Turn on the AC circuit breaker on the main distribution panel.Before activation and commissioning, download the NetApp application from: Before arriving at the site, download the SolarEdge SetApp application to your mobile device from Apple App Store or Google Play. For communication options, refer to Setting Up Communication with the Monitoring Platform on page 6. Before starting the activation and commissioning, verify that all the communication hardware is properly connected. When commissioning is performed, the user is required to set the grid parameters and backup Voltage information (if used). During the activation and commissioning, the inverter discovers and communicates with all connected components in the solar system, such as optimizers, peripheral communication devices, and other linked inverters. Activation and commission of the system are performed using the inverter SetApp mobile application. 14.16.29.jpg 14.35.47.jpg 14.36.35.7.1 Related Manuals / Resources Chapter 1: Activating, Commissioning, and Configuring the SystemĪfter the solar system is installed, it is important to activate and commission the solar system. So I'll probalby have to prove to SE somehow that thee is an issue with ModBusTCP. (Only available for older SE inverters with display) What I would like to do is to go back in SE inverter firmware known to be working in summer 2021 but will be hard because earlier firmware can't be found on the web. What I still have to do is a factory reset and start from scratch (recommissioning) - Keep you updated :) See attached some screenshots of SE inverter config - should be good as I recall. TCP connect to 80 and 443 OK but unresponsive.vice versa, power off the old SE inverter - test only with new SE inverterįurther I did the typical network stuff like you did:.power off the new SE inverter - test only with old SE inverter (working in the beginning).Hi (Victron Energy) Many thanks for having a look.īasically I did already what you suggested previously, but I did it again today to make sure. There local IPs are 10.0.0.5 and 10.0.0.18.ĮSS gx device Modbus TCP solaredge sunspec Feel free to scan for the SE inverters, they should be correctly configured. ![]() ![]() (eg without involving the GX (Victron Energy) If you could find the time to take a look at this issue, I'd be very happy! Installation name is "FH22" and remote support tunnel is active. Therefore please suggest an easy debug method to verifiy if the SE inverters are providing data via ModBusTCP correctly. ![]() So how to debug this issue? I was searching the web for a SunSpec browser and found the one from the SunSpec alliance but for downloading you need to be a member of the alliance :( and membership of $4000 is quite out of scope for me. So, I suppose it has something to do with current SolarEdge firmware but maybe as well (or)with Victron GX firmware because in Summer 2021 I was running the current one at that time which was 2.7x I suppose. After this firmware update now both SE3680H are not detected by the GX device and both are not shown via the GX device, although the first one was previously working well. Thus I checked the settings of the first inverter for comparison and was forced to perform a firmware update by means of "SetApp". The GX device (2.85~1) was not able to detect both inverters but data of first one was still shown. The current issue started when I added a second SE3680H this year 2022 in February. I configured it by means of the Victron manual and everything went quickly fine as below. I've connected one SolarEdge SE3680H by means of ModbusTCP / SunSpec in summer 2021 to my OctoGX.
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