Are synchronous transfer switches a common thing, especially for residential / light commercial? The only references I could find are for data centers and the l

Are synchronous transfer switches a common thing, especially for residential / light commercial? The only references I could find are for data centers and the like with massive diesel generators. There's also the question of how an independent transfer switch would steer the phase, but nudging a Victron inverter like one phase-nudges a conventional generator would probably work. But really an independent transfer switch wouldn't actually fully solve the problem - power at the main incoming service panel would still have to blip off-on for the downstream Victron to see the grid loss, disconnect from grid with the external transfer switch, disable anti-islanding, and then re-close the relay to backfeed up its own AC-IN. And even that would be a bit dodgy relative to proper certification for anti-islanding. What one really needs for this topology is to move both the contactor and the current sense normally in the Victron, to the location of the incoming service panel. Which is why I was wondering aloud if they had a solution to do this, and coordinate with the inverter to maintain export rules, phase matching, etc. I'm guessing the common answer is just run two sets of wires, as with generators.