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Now that is interesting. Tell me a little bit more about yourself including where you are located. Please feel free to use my direct email address…graham.vanbrunt@gmail.com

Yes… the Ecoflow Smart Home Panel 2 does just that. The panel has two major connection ports 1) for connection to the the utility grid and 2) for connection to a standby generator. The automatic start up of the standby generator, gas or diesel, depends on its manufacture and making sure that it has that function to start up. Once it does that Ecoflow Smart Home Panel 2 will automatically switch over to the standby generator or back to utility which ever you have selected. To find out more about the Ecoflow Smart Home Panel 2 go to this website, bit.ly/4aPDX77 Going to this website has special discounts as well as informative information. To find out more about the Ecoflow Smart Home Panel 2… click on “Product Series” then select Ecoflow Smart Home Panel 2…that page will give you a lot of information that will answer all of your questions about this product. I hope this helps be sure and use this web address as it contains special discounts if you are ordering any of the products. Good luck

@@pspt thanks for your swift response. Can you elaborate more on how the signal to start de stand by gen comes from the Delta battery?

When the standby generator senses the loss of supply power from the Delta battery it will automatically start (if it has that option). The change-over switch on the home power 2 must be selected for the standby generator. The home will experience a momentary loss of power while this happens.

@@pspt ok thanks! Is there a solution for automatically go back to grid when grid power is available? What Im looking is for that triple backup; grid go off , switch to battery , when battery drains go to generator, when grid is back switch to grid and turn off de generator? Or Im being too ambitious?

@@omarpellot2065 Now you're getting into a highly specialized situation...the Home Panel 2 has a manual interlock that must be selected for either grid or standby (diesel) power. You have to choose one or the other for safety reasons. It is a manual interlock that is a break before make condition that Will not allow power to be switched back into the grid from auxiliary power sources.

Yeah this is becoming so common and I don't understand why they wouldn't just narrate themselves or at least use a more realistic voice bot.

The quick answer is yes absolutely. When connecting the smart home panel 2, the load wire connections can be made in the existing panel and the load breakers that were used can be left in place for a quick reconnect if there is trouble. Having said that, all of the breakers in the Smart Home Panel 2 can be manually switched just by toggling the breaker switches. If for some reason that doesn't work (due to a failed breaker etc.), there exists 2 relay switching knobs that can manually switch the main power.

@@pspt Thank you. I appreciate the time you took to answer my question. best regards

I had a relay failure on circuit 10 same day as install was done smh

How did you fix the relay problem? How long did it take.

@@ernieburgos7702 I called tech support and they escalated it to the EcoFlow ware house. I had to send them proof of the defective smart panel 2 such as pictures and a video through email. It took them no longer than a day to respond that was Monday of 11/4/2024 . And they said that they would send me a new smart panel.Arriving today. And they will reimburse me for the Uninstall and reinstall. They also sent me a return barcode to send the defective one back. All this under warranty.

Yes

Hi Robert... The two breakers that you are talking about may be considered transfer switches although they are better described as double pole single throw breakers that bring energy from either the grid to your critical circuits or from another source such as a gas generator. There is one breaker for each supply. For safety reasons, these breakers cannot be switched on both at the same time. In order to prevent this from happening there is a mechanical slider that prevents both from being turned on at the same time but does allow one or the other to be switched on depending on whether you slide it up or down. When both breakers are in the off position the slider is free to move up or down allowing you to turn one or the other on but not both. I hope this answers your question. It is easier to explain if I was allowed to include graphics in this reply but I can only do that with direct mail.

The quick answer is frequency is irrelevant. Having said that when considering average power it is usually significant in the realms of the power industry such as utilities where frequency is usually 50 or 60 Hz.

In very simple terms, this is what is happening.

I am truly sorry but I do not understand your question. Please try rewording it and I will endeavour to get you an answer.

​@@psptyes sorry, I am wondering if there is a leak of electricity, on a 220 volt power grid, what form the current will have on the ground i mean the soil, will be there as alternating form, and how long it needs to fade out on the soil, sorry for my naive question, I am trying to understand the ground portion of this

@@geoepi321975 I have to apologize in advance, as there is never simple answers to what current is flowing when there is a leak. In order to answer that question a multitude of variables are coming into play... Such as ground resistant, the short to ground resistance, what other potentials might be in play at groundlevel,. Ground fault studies are courses in themselves. Again I apologize for the vague answer but I do not have a simple answer to your question.

They can be separate although the only zigzag transformers that I encountered were on the same core. That is they were a transformer bank not individual transformers. However, theoretically you can do this with individual transformers in fact you could use six individual transformers and connect them why zigzag although I've never seen it done but, theoretically it is possible.

www.getpspt.com/

The equations are not messed up...each component has an A, B & C phase. The Positive sequence A, B & C phases are separated by 120 degrees as the Negative sequence A, B & C phases are separated by 120 degrees. The 0 sequence A, B & C phases are in phase with each other. The A phases of each component will vary relative to each other as do the B & C phases of each component.

@@pspt Are you confirming if the 3 expressions on the left hand side of the screen are correct, refer timeline 32:05?

If you plug in the phasors into the expressions, you cannot possibly arrive at the results. Your results are correct, but you have displayed the expressions incorrectly