Differences

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--- ccgx:abb [2019-05-20 11:40] – [CCGX & ABB PV Inverters] mvader
+++ ccgx:abb_fimer [2021-06-16 15:30] (current) – [1. Introduction] rgerber
@@ Line 1: / Line 1: @@
-====== CCGX & ABB PV Inverters ======
+====== CCGX & ABB/FIMER PV Inverters ======
-DRAFT. This requires Venus OS v2.30; which is not officially released yet.
 ===== 1. Introduction =====
-By connecting an ABB PV Inverter and [[https://www.victronenergy.com/panel-systems-remote-monitoring/color-control|Color Control GX]] (CCGX) together you will be able to:
+By connecting an ABB/FIMER PV Inverter and [[https://www.victronenergy.com/panel-systems-remote-monitoring/color-control|Color Control GX]] (CCGX) together you will be able to:
-  - See ABB information on the CCGX.
+  - See ABB/FIMER information on the CCGX.
-  - Monitor the ABB inverter on the VRM Portal.
+  - Monitor the ABB/FIMER inverter on the VRM Portal.
   - Allow the Victron system to control the output power, Zero feed-in. This uses the same mechanism used for Fronius PV inverters. See the [[ess:design-installation-manual|ESS manual]], chapter 2.1.3 Fronius Zero feed-in for details.
   - Frequency shift power control, as explained in [[ac_coupling:start|AC-Coupling system]] also works.
+{{:ccgx:victron_abb-fimer_ac_couple_layout.png?nolink&600|}}
 ===== 2. Supported models =====
 Models that are known to work are:
-^ Model         ^ Comments ^
+^ Model                                 ^ Comments ^
-| UNO-DM-PLUS   | Wi-Fi firmware 1.8.7 is known to have a bug that reports zero energy, contact ABB support about this. |
+| UNO-DM-PLUS/PLUS-Q                     | Works  |
-| TRIO-TM-50/60 ||
+| TRIO-TM-50/60                          | Works  |
-| PVS-100/120   ||
+| PVS-100/120                            | Works  |
-| PVS-50/60 | Untested, but expected to work. |
+| PVS-10/12.5/15/20/30/33/50/60           | Works  |
 ===== 3. Configuration =====
-Please consult the manual that came with your ABB PV inverter. This explains how to connect your ABB inverter to the network using either an Ethernet or a WiFi connection. Commissioning the inverter is accomplished as follows:
+Please consult the manual that came with your ABB/FIMER PV inverter. This explains how to connect your ABB/FIMER inverter to the network using either an Ethernet or a WiFi connection.
+You can also use the "INSTALLER FOR SOLAR INVERTERS" app. Available on Apple and Android.
+Commissioning the inverter can be done in two ways. You can use the app or you can log in to the webserver and do it on the inverter.
+When using the app, simply scan the QR code for the WiFi access and follow instructions on the app. This can be used to program multiple inverters simultaneously.
+When using the webserver, follow instructions below:
   - Switch on DC power to inverter (leave AC off).
@@ Line 30: / Line 36: @@
   - Enter the inverter AC settings.
   - Set up the frequency shift and ramp control accordingly.
+  - Switch on AC and test operation of system.
 ===== 4. Adding the ABB inverter to the CCGX =====
   - In the CCGX, navigate to //Settings// and then the //PV Inverters// section.
-  - Select //Scan// in the CCGX menu, and after completion go into the Inverters submenu to see the results. If scanning does not find the inverter, manually add the IP address of the ABB inverter.
+  - Select //Scan// in the CCGX menu, and after completion go into the Inverters submenu to see the results. If scanning does not find the inverter, manually add the IP address of the ABB/FIMER inverter.
   - Once located, you will see the Inverters listed in the menu. The name used will be the serial number of the inverter.
   - Configure the //position// relative to the Multi or Quattro (is it: AC Input / AC Output); and the //phase// for each inverter in the list.