Many people put a lot os weight on the cold temperature sensor but for all of us living in the tropic that is not an issue, just bought one of this Lipuls and your review give me confidense that was a good choice.
I got a single 100ah Power Queen LiFeP04 on my small solar power system with 1000 watts of panels, it's a great little battery and provides half of my needed power in my 1br apt. Greetings from Jamaica.
Considering using lithium iron phosphate for an underwater scooter that used genesis sealed sealed acid batteries. It's 24 volt scooter but was told you need a board if you want to charge them in series or charge them separately
@JustinsProject So did they send them free of charge or did you order them anonymously? You didn't answer the question. Bias payed for "reviews" are worthless.
If you can. Can you do a review on 100 ah FEENCE batteries. New sub here 😃I have one and been looking up here seeing if anyone has done a review on them. so far I have not found anyone reviewing these batteries
I run low power CW SSB FT857D 13Vt usually 9Amp or less pull on SSB Do I need any type of additional charger other than one I use for other cell, jell types. Any brand recommendations appreciated.
I personally would use a good quality charge controller that can handle all types of battery technology. If your current charger can safely charge LifePo4 batteries then it should be fine. There would be a setting where you can change to lifePo4 if it supports those types of batteries.
In parallel the batteries are going to have a 600amp total rating before shutdown because your only pulling half from each. So during your test you were only drawing 150 amps per battery. In series it would be 300amp for both.
I've gotta call you out, sorry. I don't see how you could have tripped the BMS due to total discharge current of over 300 amps. Ohms law states you'd hit your low voltage cutoff (10 volts) before reaching the top end of amps reached while using a 3kw inverter. Additionally, when running them in parallel, your total discharge per battery was only half that. So, 155 amps per battery roughly. You should do another test with just one battery and record what your shunt is seeing. In conclusion, I believe you hit your low voltage cutoff (10-11 volts) via the inverter or BMS (again could have been verified by watching your shunt), not the total discharge amperage. Also, I'd be curious to know what type of cells they are using for that form factor. Likely not prismatic cells, but also hopefully not blister pack cells. Care to open one up??!!
I appreciate the conversation. I am always open to constructive feedback and valuable input. If the continuous discharge is rated 100 amps per battery and I discharge for example 10 minutes (I forget the exact time it took) at 150ish (300 total) wouldn't the shutoff occur due to the over discharge of continuous current for an "x" amount of time. I can not find that specification on these batteries but generally that is within the 5 - 10 minute window. Maybe that is thermally triggered?
I like how small & compact those batteries are
I like these new small form batteries also. Thanks for watching and commenting 👍🏻
Many people put a lot os weight on the cold temperature sensor but for all of us living in the tropic that is not an issue, just bought one of this Lipuls and your review give me confidense that was a good choice.
How is it working out for you so far? Thanks for watching and commenting 👍🏻
what is the proper way to attach the cables to the batteries if not stacked? Bus Bar?
I like the bus bar with a protective cover. Thanks for watching and commenting 👍🏻
I got a single 100ah Power Queen LiFeP04 on my small solar power system with 1000 watts of panels, it's a great little battery and provides half of my needed power in my 1br apt. Greetings from Jamaica.
Awesome! Love Jamaica, btw. I visited there about 10 years ago. Thanks for watching and commenting 👍🏻
Great that you visited Jamaica, do come again soon.@@JustinsProject
@@JustinsProject I am up to 1400 watts in panels and two 100ah batteries now.
Considering using lithium iron phosphate for an underwater scooter that used genesis sealed sealed acid batteries. It's 24 volt scooter but was told you need a board if you want to charge them in series or charge them separately
Not 100% certain on underwater scooters or the operations of how they work. Sorry, I'm not much help there.
Did Lipul send you these batteries for review or did you purchase them anonymously ? Just wondering if they were "hand picked" for a reviewer.
I don't think they would hand pick batteries for my little channel. But it is possible, I guess. Thanks for watching and commenting
@JustinsProject So did they send them free of charge or did you order them anonymously? You didn't answer the question. Bias payed for "reviews" are worthless.
Dam , those batteries are the business, great vid justin 😊
Thanks for watching and commenting! 👍
If you can. Can you do a review on 100 ah FEENCE batteries. New sub here 😃I have one and been looking up here seeing if anyone has done a review on them. so far I have not found anyone reviewing these batteries
If I get my hands on one. I will do a review. Thanks for watching and commenting 👍🏻
@@JustinsProject thank you
I run low power CW SSB FT857D 13Vt usually 9Amp or less pull on SSB Do I need any type of additional charger other than one I use for other cell, jell types. Any brand recommendations appreciated.
I personally would use a good quality charge controller that can handle all types of battery technology. If your current charger can safely charge LifePo4 batteries then it should be fine. There would be a setting where you can change to lifePo4 if it supports those types of batteries.
can these be laid on there sides?
From the documentation it does appear so.
In parallel the batteries are going to have a 600amp total rating before shutdown because your only pulling half from each. So during your test you were only drawing 150 amps per battery. In series it would be 300amp for both.
That is way it took so long to shut down. Thanks for watching and commenting 👍
8:55 Ever heard of an extension cord? LOL....
😂
I've gotta call you out, sorry. I don't see how you could have
tripped the BMS due to total discharge current of over 300 amps. Ohms law states you'd hit your low voltage cutoff (10 volts) before reaching the top end of amps reached while using a 3kw inverter. Additionally, when running them in
parallel, your total discharge per
battery was only half that. So,
155 amps per battery roughly. You should do another test with just one battery and record what your shunt is seeing.
In conclusion, I believe you hit your low voltage cutoff (10-11 volts) via the inverter or BMS (again could have been verified by watching your shunt), not the total discharge amperage.
Also, I'd be curious to know what type of cells they are using for that form factor. Likely not prismatic cells, but also hopefully not blister pack cells.
Care to open one up??!!
I appreciate the conversation. I am always open to constructive feedback and valuable input. If the continuous discharge is rated 100 amps per battery and I discharge for example 10 minutes (I forget the exact time it took) at 150ish (300 total) wouldn't the shutoff occur due to the over discharge of continuous current for an "x" amount of time. I can not find that specification on these batteries but generally that is within the 5 - 10 minute window. Maybe that is thermally triggered?