Can you do a video to do the below settings. The below is my requirement. System multiplus-II gx 2 devices in parallel. I don't want any power to out to the grid. I have connected the grid to the mulitplus-ii. I only have AC1 as output. Daly bms is used to control battery (lifepo4 560Ah 48V system) I don't want my batteries to charge from the grid unless it goes below 15% and it to charge only upto 50%. Option to charge n use the grid. I want the grid to work as an ups if for some reason discharge is stop or low SOC I want the grid to come in immediately and sustain the load. Since I have 2 multiplus-II in parallel for single phase 240V.
"Settings > ESS > Minimum SoC" Set the Minimum SoC to 15%. This ensures the system does not discharge the battery below this level (unless the grid fails). However, this by itself does not automatically trigger grid charging when the SoC drops below 15%.
Feed-in Control www.victronenergy.com/media/pg/Energy_Storage_System/en/configuration.html#UUID-713b4149-8d1e-69a7-7146-7abb5ce4b7bd: "Settings > ESS > Grid feed-in" The grid feed-in can be controlled via this menu. It enables the AC and/or DC-coupled PV feed-in to be completely deactivated or the maximum feed-in power to be limited. Feed-in will only occur if there is sufficient surplus PV production to fully supply the loads, and the battery is charged (or at it's charge current limit). The Feed-in limiting active status indicator shows 'Yes' only if the feed-in limiting is currently working. In all other cases, the status is displayed as 'No'. Note: The limit system feed-in is a system target, and under some circumstances such as large load disconnection, or sudden increase in solar production, it may be exceeded momentarily until the system is able to regulate the inverter output back to within the target limit. Grid setpoint: www.victronenergy.com/media/pg/Energy_Storage_System/en/configuration.html#UUID-d5ba0921-8b24-03ea-5400-f17704a4071c This sets the point at which power is taken from the grid when the installation is in self-consumption mode. Setting this value slightly above 0W prevents the system from feeding back power to the grid when there is a bit of over-shoot in the regulation. The default value is therefore 50W - but should be set to a higher value on large systems. AC-Coupled PV Setting: www.victronenergy.com/media/pg/Energy_Storage_System/en/configuration.html#UUID-42f56b22-76b3-0c69-57c2-3e54b2e0df4e If you have AC-coupled PV, configure it (especially if you're using Fronius AC PV inverters) to ensure zero feed-in. Follow the specific guidelines for setting up Fronius inverters as mentioned in the manual to prevent any power from being fed to the grid.
With everyone yelling and joking around plus the camera operator thinking eyes look around corners I found it to hard to understand what was taught, a Pitty as the equipment is worth paying attention to. Such an unprofessional attendance. I've worked in IT and electronics for 50 years and never seen instructors trying so hard to those that wanted to learn.
![Victron VEConfig - General Settings Tab Tutorial [UPDATED 2024]](http://i.ytimg.com/vi/IzixLQ9tSvo/mqdefault.jpg)
![DON'T WASTE YOUR SOLAR - Enable AC-OUT-2 based on BATTERY SOC [UPDATED 2024]](/img/1.gif)
Can you do a video to do the below settings.
The below is my requirement.
System multiplus-II gx 2 devices in parallel.
I don't want any power to out to the grid. I have connected the grid to the mulitplus-ii. I only have AC1 as output.
Daly bms is used to control battery (lifepo4 560Ah 48V system)
I don't want my batteries to charge from the grid unless it goes below 15% and it to charge only upto 50%.
Option to charge n use the grid.
I want the grid to work as an ups if for some reason discharge is stop or low SOC I want the grid to come in immediately and sustain the load.
Since I have 2 multiplus-II in parallel for single phase 240V.
So i assume you have solar PV as well as grid?
@@BluePowerPro yes have both.
Have you set your "SOC Limit" to 50% in "Settings > ESS > Scheduled Charge Limits > Schedule 1"?
"Settings > ESS > Minimum SoC" Set the Minimum SoC to 15%. This ensures the system does not discharge the battery below this level (unless the grid fails). However, this by itself does not automatically trigger grid charging when the SoC drops below 15%.
Feed-in Control www.victronenergy.com/media/pg/Energy_Storage_System/en/configuration.html#UUID-713b4149-8d1e-69a7-7146-7abb5ce4b7bd:
"Settings > ESS > Grid feed-in" The grid feed-in can be controlled via this menu. It enables the AC and/or DC-coupled PV feed-in to be completely deactivated or the maximum feed-in power to be limited.
Feed-in will only occur if there is sufficient surplus PV production to fully supply the loads, and the battery is charged (or at it's charge current limit).
The Feed-in limiting active status indicator shows 'Yes' only if the feed-in limiting is currently working. In all other cases, the status is displayed as 'No'.
Note: The limit system feed-in is a system target, and under some circumstances such as large load disconnection, or sudden increase in solar production, it may be exceeded momentarily until the system is able to regulate the inverter output back to within the target limit.
Grid setpoint:
www.victronenergy.com/media/pg/Energy_Storage_System/en/configuration.html#UUID-d5ba0921-8b24-03ea-5400-f17704a4071c
This sets the point at which power is taken from the grid when the installation is in self-consumption mode. Setting this value slightly above 0W prevents the system from feeding back power to the grid when there is a bit of over-shoot in the regulation. The default value is therefore 50W - but should be set to a higher value on large systems.
AC-Coupled PV Setting:
www.victronenergy.com/media/pg/Energy_Storage_System/en/configuration.html#UUID-42f56b22-76b3-0c69-57c2-3e54b2e0df4e
If you have AC-coupled PV, configure it (especially if you're using Fronius AC PV inverters) to ensure zero feed-in. Follow the specific guidelines for setting up Fronius inverters as mentioned in the manual to prevent any power from being fed to the grid.
With everyone yelling and joking around plus the camera operator thinking eyes look around corners I found it to hard to understand what was taught, a Pitty as the equipment is worth paying attention to. Such an unprofessional attendance. I've worked in IT and electronics for 50 years and never seen instructors trying so hard to those that wanted to learn.
Well this wasn't a pre-organized shoot, simply a run and gun filming in real time. So if you think you can do better, by all means