Quizzes & Puzzles3 mins ago
Battery Charging
31 Answers
Does it take more power to charge an electric car from 90% to 100% than from 10% to 20%?
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For more on marking an answer as the "Best Answer", please visit our FAQ.Been rapid charging my EV for a year and zero loss of miles / charge.
Slow charging is not all good news: ‘ However one final point of charging for extended periods with a domestic plug, consistent current over many hours could be a risk. Which is why we recommend a dedicated EV charger installed at home by an accredited professional.’
https:/ /inside evs.com /news/4 46204/s peed-ch arging- ev-advi ce/
‘ A 3-pin domestic socket is not designed for continuous high-power usage and so most manufacturers recommend three-pin charging only in emergency situations’
https:/ /wepowe ryourca r.com/3 -pin-pl ug-char ger-vs- dedicat ed-home -charge r/
Slow charging is not all good news: ‘ However one final point of charging for extended periods with a domestic plug, consistent current over many hours could be a risk. Which is why we recommend a dedicated EV charger installed at home by an accredited professional.’
https:/
‘ A 3-pin domestic socket is not designed for continuous high-power usage and so most manufacturers recommend three-pin charging only in emergency situations’
https:/
Saving the planet is a tough gig.
Plundering scarce and finite resources in far going places so you can feel all cost and look down your nose at oil burners, the emissions of which are much less harmful than the old days.
Still, keeps the kids off the streets if they're out there mining for your conscience.
Plundering scarce and finite resources in far going places so you can feel all cost and look down your nose at oil burners, the emissions of which are much less harmful than the old days.
Still, keeps the kids off the streets if they're out there mining for your conscience.
// rapid charging that causes most 'wear'. I do the opposite, very slow charging //
A prudent practice!
Overcharging was certainly one of the causes that would result in the plates buckling in a Lead acid battery.
I seemed to remember reading a journal (unable to find it at the moment) which deemed it ok to rapidly charge a Lithium (based) battery to 65% of its maximum charge. Subsequently the charging current should then be reduced.
As for overcharging, this should be prevented with onboard electronic circuit protection.
A prudent practice!
Overcharging was certainly one of the causes that would result in the plates buckling in a Lead acid battery.
I seemed to remember reading a journal (unable to find it at the moment) which deemed it ok to rapidly charge a Lithium (based) battery to 65% of its maximum charge. Subsequently the charging current should then be reduced.
As for overcharging, this should be prevented with onboard electronic circuit protection.