I don't have any demographic information to share. But I personally attempt to rate my files. It gives a nice way to categorize by quality. That way I can have abjectly terrible music in my collection, but filter it out for the purposes of not ever wanting to listen to it.
So you can set up apache to host movies on a home network, then stream them with VLC? That sounds like a fantastic solution. Is there a solution for playing music this way on something resembling a stereo that supports playlists?
I started using Ubuntu in 2005, and fell in love with it almost instantly. It was great for a long time before the slide began. It's sad that this site exists.
Are you counting the energy that can be released from the batteries by reacting the lithium with oxygen in a fire? As I recall, the electrical energy storage of a lithium battery is only about 10% of the energy that gets released if you burn it.
Yeah. Its meaningless to say "energy stored" without indicating the kind. Electrical potential? Chemical potential etc. I just looked it up. I'm going to have much fun the next time someone tells me that lithium batteries have a much lesser energy density than gas.
Go look up the energy density of gasoline as compared to Lithium Ion batteries.
I'd much rather deal with a battery fire in a Model S than any kind of gasoline-fueled fire in a "normal" car. Battery fires are much simpler to contain, as batteries don't tend to vaporize into massive fireballs.
Edit: Totally agree with parent: just in case there was any confusion
Don't mind if I do:
Gas = 132MJ/Gal = 36.7 KWh/gal
X 20 gallons in your average grocery getter = 734 KWh
Tesla battery = 60KWh : 12.2 TeslaBattery = 1 Tank gas
None of that matters. When the gas burns, all of its energy becomes heat. The energy released when a battery burns is only tangentially related to how much electric power it makes when doing its designed chemical reaction.
The battery is a fire risk because it "contains too much energy" is nonsense.
tangentially related to how much electric power it makes when doing its designed chemical reaction.
Yeah but how much electric power it makes when doing it designed chemical reaction is only tangentially related to how much energy(note no mention of electrical energy during normal operation just energy) it contains. Rather akin to saying "a gallon of gasoline doesn't contain that much energy because we are using it to turn a water wheel and a gallon of liquid falling a few feet doesn't contain that much energy."
For the energy in the battery you quote how much electricity it can store as if setting it on fire was just going to drain the battery. In battery fires most of the energy comes from burning chemicals in the battery not the electrical charge it was holding.
