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Battleborn battery CEO interview

Interesting discussion. I'd like to think that words direct from the CEO of a quality manufacturer will put a lot of the things floating around about lifepo4 to rest, but I know it won't. Of course, things will be different for a junk grade battery.
 
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That was an awesome interview with some good myth busting info all in one place. Dennis seems like a straight shooter not trying to sell/ push their product but giving good info on LFP.

Great job Will!
 
Cracking interview by two relaxed guys....puts a lot of issues into perspective. Comes across that battleborne build leeway into every aspect, so worth keeping that in mind if comparing to other manufacturers at lower price points....may be prudent to excercise bigger tolerances in those others.
Great job Will ;-)
 
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Fascinating!! I love it! Is the internal heater the new battery tech you were hinting at last week @Will Prowse ?
 
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Glad to hear BB's have headroom on their upper and lower limits so when/if things go wonky a bit we don't destroy a fairly costly component. Seems to me based on my take of Dennis' explanation you'd have to really abuse a LFP battery to significantly reduce it's overall performance ( at least a BB)
 
I hope you washed your hands after the interview after Dennis coughed into them a few times during the interview before you guys shook hands.
Good interview nonetheles.
 
Interesting that they make their own assembly and test jigs.
 
Let me know what you think

From watching many different interviews that Battleborn has done with different youtubers/ bloggers they really seem to be a down to earth company with the ability to simplify their answers for fairly easy questions so they're not talking over your head.
I'm not a dropin battery guy, I like the prismatic cells myself but if I was in the market for a dropin battery Battleborn would probably be it with the after the sell service support they give especially if they go to a larger AH capacity battery. ;)
 
This info has been out for years
You are correct that the info has been out for years but the average guy isn't going to go through hours and hours of searching out relevant white papers, then possibly misinterpreting the info that's in those papers.

The misinformation that gets parroted over and over again has been out for years also and still surfacing after it's been corrected.

The video does a well job with simplified answers for easy understanding.
Start of video to 6:30, low temps
@6:30 high temp/ degradation
@8:30 cycling
@9:30 longevity/ charge profile
@11:30 balancing
@12:50 floating
@15:40 storage
@17:40 cold cranking (which in reality doesn't really apply to lfp) terminology.

What they touched on carries over to all of LiFePo4 basically which for some of us that have been using this chemistry for many years in a daily operating system know because we can see it in operation, but some of the new comers don't really understand it because they read somewhere bad information being parroted. :eek:
 
You are correct that the info has been out for years but the average guy isn't going to go through hours and hours of searching out relevant white papers, then possibly misinterpreting the info that's in those papers.

The misinformation that gets parroted over and over again has been out for years also and still surfacing after it's been corrected.

The video does a well job with simplified answers for easy understanding.
Start of video to 6:30, low temps
@6:30 high temp/ degradation
@8:30 cycling
@9:30 longevity/ charge profile
@11:30 balancing
@12:50 floating
@15:40 storage
@17:40 cold cranking (which in reality doesn't really apply to lfp) terminology.

What they touched on carries over to all of LiFePo4 basically which for some of us that have been using this chemistry for many years in a daily operating system know because we can see it in operation, but some of the new comers don't really understand it because they read somewhere bad information being parroted. :eek:
Thank you so much for writing out the timestamps, I appreciate it big time. Posted the timestamps as a comment on the video and pinned it. Thank you!!!
 
So 20A at 25f inside the pack is considered slow enough? Basically most people do need to worry about low temps at all. Youd have to have well over 500w flat mounted per 100ah at around say 15f ambient.
 
You are correct that the info has been out for years but the average guy isn't going to go through hours and hours of searching out relevant white papers, then possibly misinterpreting the info that's in those papers.

The misinformation that gets parroted over and over again has been out for years also and still surfacing after it's been corrected.

The video does a well job with simplified answers for easy understanding.
Start of video to 6:30, low temps
@6:30 high temp/ degradation
@8:30 cycling
@9:30 longevity/ charge profile
@11:30 balancing
@12:50 floating
@15:40 storage
@17:40 cold cranking (which in reality doesn't really apply to lfp) terminology.

What they touched on carries over to all of LiFePo4 basically which for some of us that have been using this chemistry for many years in a daily operating system know because we can see it in operation, but some of the new comers don't really understand it because they read somewhere bad information being parroted. :eek:
well you sure have a point!
 
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