3 ms·
Sure, relative to the total grid capacity it's not much but during peak loads every bit helps. I suppose you'd want to transition from ship to shore via a DC p
by 01100011 4y ago
Sure, relative to the total grid capacity it's not much but during peak loads every bit helps.
I suppose you'd want to transition from ship to shore via a DC path and convert it back to synchronized AC which should avoid issues with reactive loads.
- nickelpro 4y agoThere's no mechanism for this specifically because shipboard MWe is so measly. If the ship did have significant MWe capability you would have no way to get it shoreside, the shore power cables would burn. In availabilities where significant shore power is required (>800 Amps), sets of cables have to be welded directly to busbars because the sockets can't handle it. So you've got 360kW (800A * 450V) that the average plant can deliver. The typical estimation is 10kW per home, so 36 homes from one naval plant.