Can the Multiplus 24/3000 120v be programmed to automatically switch between battery power and shore power at a specific daily time schedule? For instance, switching from battery power during the day to shore power at night.
asked
Programming Multiplus to auto switch between battery battery and shore power.
It would be less complicated to buy and install a programmable breaker, if you are wanting exact time. However programming the Multi to switch to shore power based on state of charge is the other option. For instance allowing the battery to draw down to 95% then not allow discharging past that if Grid power is connected. This can be done through the color control if ESS assistant is programmed in.
See here, I think this is what you want:
https://www.victronenergy.com/live/drafts:acin_ignore_timer_using_ccgx_gen_start_stop_example
I have been using this for 2 years with excellent results. Having a Venus GX device is a must.
PS: I only use it in Winter in conjuntction with "off-peak" lower grid tariffs. In Summer, nights are so short and days plenty of sunshine, I disable it and the inverter is almost always on.
How can we do this if ESS is not able to be activated (Canada has no country code)?
I hope I’m not bringing up old posts, I am, but don’t particularly understand the answers given.
I’m interested in pushing this system to see how I can maximize it to utilize solar while relying on shore as a backup. I can’t seem to find a clear explanation. I’m finding it is possible with a GXCC acting as the logic controller, but get lost in all the technical jargon.
Please excuse my ignorance, I only got into this because the RV came with a MultiPlus (24/3000), Battle Born (4x12v), BMV, and GXCC. A friend of mine is pretty knowledgeable on solar (probably just enough to be dangerous). We added a 250/100 MPPT, connecting 2x355Ws and 1x320W paneling to that…yes, I knew the panels wouldn’t mesh well, it worked well enough during our boondocking stops. I eventually added a 100/30 MPPT and separated the array, which runs much more efficiently…of course.
We plan on placing the RV on a piece of property while building a home. Shore power will be available, but I’m interested in slowly adding another 1000W+. I would of course need another 100/15 or 100/30 for the 320W, then add 100W or 200W panels (matching, of course) as I can to the 250/100.
This idea might help you in the right direction. Similar function to prioritize battery with grid support when needed: https://community.victronenergy.com/questions/200301/solution-victron-dynamic-energy-pricing.html
