3.6v Lion batteries much be charged with caution.
If the voltage drops below 2.4V or exceeds 4.5v they can begin to leak lithium, which as you may already know, reacts violently with water and to a lesser extent oxygen. Similar to the way sodium reacts.
For this reason Lion battery cells have an inbuilt protection circuit to prevent them from going over and under charge.
Normally electronic chargers are used to charge the battery in stages, and this is by far the best way...
However, if in the absence of these, you may find an LM7805 (or other breed of 7805 chip) regulator IC to bring 6 volts down to 5. You could then use a 1N4004 diode and a 1k ohm (1watt) resitior in series with the positive line to limit the charge current.
I would not recommend this, as it is an emergency sollution only, and you could seriously damage or explode the battery if this is left attached to the abttery more than a couple of minutes.
The components mentions are salvagable from a great many devices, and can be used in an emergency situation to power or charge a mobile telephone for instance.
If in doubt, purchase a USB phone charger from Ebay (cheaply), and feed the power connections with 5vdc. the resulting output should be suitable for a Lion 3.7v pack.
for usb pinouts go to www.pinouts.ru
I am no expert but until someone answers for sure Im going to help you out and say that yes a 24volt charger will charge a battery slightly. You will in no way get up to 36 volts or the right amounts of amps (volts are like how fast water can come out of a pipe, and amps are like how much water is actually coming out, wide pipe=lots of water; small pipe=less water. but moving both at same speed.) So yes Im pretty sure your 36v batt will capture some electricity and bring it back to mid-low volts (5-15) but you should really find a 36v charger for you 36v battery. if you find this charger keep in mind that the lower the amp rating of the charger (say 1amp -3amp) will take longer to charge the battery but its better for the battery. Higher amps are for fast charges in an emergency and will lower battery performance and life over time.
NO, in order to 'charge' a battery, the charging device must be at a higher voltage than the battery in order for current to flow to the battery.
No.
No, you need a 36 volt charger.
Fright and harbor tools
Oh, dude, it's like you're trying to start a battery-powered spaceship or something. Okay, so to get 36 volts, you'd wire the batteries in series, connecting the positive terminal of one battery to the negative terminal of the next. So, it's like a battery daisy chain, but with more power and less flowers. Just be careful not to zap yourself, unless you're into that sort of thing.
To charge three batteries wired in series, you need a charger that matches the total voltage of the series configuration. For example, if each battery is 12V, you would use a 36V charger. Connect the charger’s positive terminal to the positive terminal of the first battery and the negative terminal to the negative terminal of the last battery in the series. Ensure that the charger is compatible with the type of batteries being used to avoid damage.
Four 12V batteries may not be connected end to end to obtain 36 Volts. But four 12V batteries can be connected end to end to provide 48V and push 36 amps. The actual answer to your question suggests that you drop one 12V battery and use three, not four 12V batteries end to end to obtain 36V.
how far will a 36v golf cart go in miles
I recommend Bosch for two reasons: 1) 36 volt has more power than a v28 with no real weight difference. 2) Bosch has a flexible power system so you can get a small and light 36v battery or a larger 36v battery for longer runtime. Milwaukee had their lithium ion batteries out first, however, Bosch had their's in development for 10 years. Milwaukee has an advantage in that their batteries are compatible with NiCad drills. Bosch put computer chips in their lithium drills so thet the drill and the battery would last longer.
One bad cell in a battery within a 36V golf cart can significantly reduce the overall performance and efficiency of the battery pack. This can lead to diminished power output, shorter run times, and potential difficulties in maintaining the required voltage for the cart’s operation. Additionally, the imbalance created by the faulty cell can cause increased wear on the remaining cells, potentially leading to further failures and a shorter lifespan for the entire battery system.
If you can't get it from your device manufacturer, you can find (3) 12v 10ah batteries simply and connect them in series to provide your 36v 10ah replacement.