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After about a week, my ServiceNow ticket finally got assigned to someone useful. I lugged the 24kg behemoth to the other building yesterday afternoon and got an email after lunch saying it was ready, so I went and lugged it all the way back again. It has handles, but they're not comfortable.
Windows Experience Index of 7.8, but I'm not sure how high that scale goes.
Now that I've logged in on it, I have to wait a few days for it to appear as one of my machines in the software requesting system. Can't get much done with only Office 2016 and a chat client.
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My normal desk's been made unavailable while that floor of that building is refurbished. Found a team with a spare desk I've been using for the last month. Now they've got some new starters and we've swapped rooms. There's been a Lenovo-branded box big enough for a tower sat in the corridor for a week.
Colleague noticed yesterday the box was still sealed, and the shipping label was dated June 2017. My current work PC is a ~2014 Lenovo ThinkStation E31 with a Xeon E3 and 12GB of 1600MHz DDR4. Unpacked a box-fresh ThinkStation P710 with TWO Xeon E5, and 64GB of 2400MHz DDR4. SIXTY-FOUR!!! And an SSD. No idea why the team whose name is sharpied onto the box didn't use it, but this machine isn't listed in ServiceNow, not even in the asset list, even though it does have an asset sticker...
This week's fun project is working out how to get it registered and have the company's normal developer Windows build onto it without anyone deciding I shouldn't have it.
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In terms of fighting a fire in a HV lithium ion battery, the answer is water, and lots of it.
You don't have to worry about shorting a 400v battery, because the water will be shorting each 3.7v cell directly, so long as you flood it properly. The water needs to keep flowing for a long time to make sure that every cell drops to ambient temperature, otherwise the hot cell will heat its neighbours again.
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to dispose of the batteries at the end of their useful life is?
Which useful life?
As a car battery, having only 75% of the original capacity would suck if that regularly put you at risk of being involuntarily parked.
That same battery is still useful for applications which don't need the energy density to be as high, like taking energy from a domestic solar panel installation while you're at work and not using much electricity at home, storing it, and then drawing your needs from a battery when you get home and everyone on your street is cooking, boiling kettles and powering massive TVs. Or charging EVs.
When the battery's been through its less demanding "pension age" duties, it can be recycled.
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Super Purry Animals
reep?