17 ms·
I haven't been able to find concrete stories either, though these[1] statistics might be an indication. It shows there's a few EVs per year that lead to a build
by magicalhippo 1y ago
I haven't been able to find concrete stories either, though these[1] statistics might be an indication. It shows there's a few EVs per year that lead to a building fire, though sadly nothing further about source. So could be something else like battery.
That said there's been a campaign for several years trying to get rid of sockets for high current or permanent installations. I recently replaced both an electric water heater and mini split AC, and in both cases the previous appliance had used a socket and that was not allowed anymore.
Could well be they're just being proactive.
[1]: https://brannstatistikk.no/search?searchId=6EB5433C-AC28-4F6C-A96D-E1BCED8ABC6B&type=SEARCH_DEFINITION https://brannstatistikk.no/search?searchId=6EB5433C-AC28-4F6...
- danielheath 1y agoI really like the AU tri-prong system for this - high-current plugs/sockets have a physically larger ground connector. This means you can put a low-current plug (small ground pin) into a high-current socket (large ground slot), but not the other way around. Only downside I've found so far is that you can't use a high-current-rated extension cord to plug a low-current appliance into a low-current socket.
- masklinn 1y agoWe’re not talking about high current anything, we’re talking about standard mains electricity.
- danielheath 1y agoBy “high” I mean plugs rated for 240v16A, which is higher than normal Australian sockets (usually 8A).
- masklinn 1y agoIn most of Europe high current would be 32A, 16A is generally the standard (though I know Switzerland uses 10A and I believe UK plugs are rated for 13).