There would be numerous challenges to doing this. One of the big challenges would be high-current DC switching. AC currents cross zero 120 times per second, whereas DC currents are always positive. This means that avoiding and extinguishing arcs is a lot easier with AC circuits. In fact, some switches (such as triacs and thyristors) will naturally switch during the zero crossing:

https://www.electronics-notes.com/articles/electronic_components/scr/what-is-a-triac.php

That said, HVDC circuits are used for long distance transmission, especially underwater, where the increased dielectric constant would make AC circuits into an enormous capacitor.

https://circuitglobe.com/hvdc-high-voltage-direct-current.html

Mr. Artur Braun,

yeah, its correct that tesla shown the AC more beneficiary for bulk amount but now when solar is going to be a major source with battery storage then, It may possible to use DC community grids in future?