I wonder, would this law also cover if, say, the company manufacturing the toothbrush decided not to supply a power cord with the dock, and just stuck some proprietary cable port on it (not even a DC barrel jack or anything like that)?
I really wish my autocorrect would stop doing that. I can count on one hand the amount of times I’ve actually wanted to write “PowerPoint”. I couldn’t even count on 10 hands the amount of times it’s assumed I’m some kind of idiot that doesn’t know “PowerPoint” is a single word when I type “power point”
Ah, no worries! I’m not sure if it’s even universally agreed upon across native English speakers. Where I’m from though, a powerboard (or power strip in other parts of the world) has one plug that then leads on to usually 4 or more additional power points/sockets. An extension cord on the other hand usually only allows a single device be connected to it (whether that’s another extension cord or something else)
Awesome answer - thank you!!
Although I guess a more general question - why aren’t all power boards and extension cords mandatorily fitted with their own circuit breakers/overload protection circuits? I guess it’s cheaper to just tell people never to daisy chain, but at the same time, when you factor in overall costs incurred by anybody (or insurance companies, etc) from people unintentionally overloading them and causing them to melt and burn down houses, wouldn’t it be in everybody’s best interests to raise the price a few dollars and include a resettable overload protection system?
This, along with hotels that hide their only power point behind the bed but have 50 bloody phone jacks, are my pet peeves. But it kinda makes sense when you consider they were mostly built before the days of having a ton of devices in the bedroom. A lamp and alarm clock, maybe a TV if you’re well off, would’ve been perfectly fine for a lot of people
I think that would be more relevant to power boards than extension cords. Unless nomenclature is different elsewhere, extension cords here generally only have a single plug. Although there are usually warnings to not run things like clothes dryers or portable stovetops through an extension cord because it can apparently melt the cable. Truthfully, I don’t entirely get that either, as I would’ve assumed they’d be built to the same standard as internal wiring
Thanks for the response! Would you mind going a bit more in depth about that please? I could understand increasing the risk of overload if you were to daisychain power boards, as they add more power points to the circuit than it was designed for. But extension cords (at least in my experience) only have 2 ends - one with a single plug receptacle, and the other that plugs into a power point
Is it the actual connection between the two that adds more resistance to it? If it were the wiring, then wouldn’t that also pose a problem for longer extension cords?
In either case, what sort of resistance add are we talking about (feel free to pick random lengths of examples make it easier to explain)?
I think in general there’s just a lot of people getting to the end of their rope at the moment. This isn’t just hatred directed at insurance companies (although that was certainly the catalyst to get it started), but I think it’s also a reflection of growing agitation towards the upper class
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I think another challenge for farming equipment would also be the uneven terrain, risk of things coming up and piercing or shorting the battery, and also overheating. The first one can be fixed by installing a metal plate like Tesla did after cars kept blowing up. The overheating part might be a bit more tricky. I suppose an air conditioner dedicated to the battery would work alright.
The other thing is, using it day in and day out, from sunrise til sunset or even later, will probably wreak havoc on the battery health. I know EVs in general suffer from this, too, but I feel like it’s even worse for farming equipment, because you know they’ll get a let of extreme use, whereas a lot of people with EVs might only use it for a commute into the city, or a trip to the shops
One final thing, just based off the farmers I know (used to live in the country), a lot of them, maybe even the vast majority, have no interest in upgrading until they have to. If it works, it works. Anything new might not work as well, and require precious time to learn how to use well or properly. They tend to skew towards the older generation, and emissions just aren’t really a concern. Since EV fires tend to make the news a lot of the time, if they’ve got a perception that getting an electric tractor might cause a bushfire and burn their entire farm down, even if that’s very unlikely, and maybe even more likely with a diesel, I don’t think you’ll find them very willing
(This is specifically in regards to Australian farmers I’ve known, perhaps farms elsewhere are smaller, or farmers elsewhere a bit more willing to take upgrades)