• 48V 51.2V Lithium Ion Battery Pack Rack Mounted Solar Battery Rechargeable  Systems  NCQ System 1
  • 48V 51.2V Lithium Ion Battery Pack Rack Mounted Solar Battery Rechargeable  Systems  NCQ System 2
  • 48V 51.2V Lithium Ion Battery Pack Rack Mounted Solar Battery Rechargeable  Systems  NCQ System 3
  • 48V 51.2V Lithium Ion Battery Pack Rack Mounted Solar Battery Rechargeable  Systems  NCQ System 4
  • 48V 51.2V Lithium Ion Battery Pack Rack Mounted Solar Battery Rechargeable  Systems  NCQ System 5
48V 51.2V Lithium Ion Battery Pack Rack Mounted Solar Battery Rechargeable  Systems  NCQ

48V 51.2V Lithium Ion Battery Pack Rack Mounted Solar Battery Rechargeable Systems NCQ

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Loading Port:
SHANGHAI
Payment Terms:
TT OR LC
Min Order Qty:
10 unit
Supply Capability:
100 unit/month

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Parameters

Product Model

ES-BOX12

ES-BOX12 PRO

ES-BOX12 PLUS

ES-BOX12 MAX

Product Specification

51.2V 100Ah

51.2V 150Ah

51.2V 200Ah

51.2V 280Ah

Nominal Voltage

51.2V

51.2V

51.2V

51.2V

Nominal Capacity

100Ah

150Ah

202Ah

280Ah

Cell Type

(LFP)

(LFP)

(LFP)

(LFP)

Standard Charge Voltage

58.4V(adjustable)

58.4V(adjustable)

58.4V(adjustable)

58.4V(adjustable)

Max Charge Current

100A

150A

150A

200A

Discharge Cut-off Voltage

40V(adjustable)

40V(adjustable)

40V(adjustable)

40V(adjustable)

Max Discharge Current

100A

150A

150A

200A

Display

LED

Parallel Function

Support 10 Units In Parallel

Support 15 units 

In Parallel

Support 15 Units 

In Parallel

Support 15Units 

In Parallel

Communication interface

RS485、RS232.CAN(Optional)

Cycle Life

≥6000 Cycles (80%DOD)

Charge Temperature Range

0~65℃

Discharge Temperature Range

-20~65C

Dimensions

480*600*15OMM

480*650*18OMM

480*650*225MM

480*650*225MM

Weight

47Kg

80Kg

93Kg

130Kg

Installation Method

Wall Mounted / Stand

 

Source with confidence

 Direct from Verified Custom Manufacturer

 

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CONVENIENT AND BEAUTIFUL ENERGY STORAGE DEVICE, TO ENSURE THAT YOU CAN GET THE LIGHT AT ANY TIME AND PLACE. TO ORDER IT, QUALITY SERVICE, REASONABLE PRICE AND PERFECT AFTER-SALES.

FAQ:

Q1. Can I have a sample order?

A. Yes, welcome sample order to test and check quality.

Q2. How about after-sales service?

A. We will provide you with a 3 years warranty. If there are any problems, please let us know and we will provide you with a positive solution.

 

Q3. What about the lead time?

A. Sample 5-10 days, mass production time 3-5 weeks depending on order quantity.

Q4. Do you have any MOQ limit?

A. Yes, but low MOQ, 10pcs order is available.

Q5. How do you ship the goods and how long does it take to arrive?

A. We usually ship by DHL, UPS, FedEx or TNT. It usually takes 3-5 days to arrive. Bigger order shipped by air or by sea.

Q6. How to proceed with an order?

A. 1st, please let us know your requirements or application. 2nd, We offer our quotation. 3rd, customer confirms the samples and make a deposit for formal order. 4th, We produce your order.

Q7. Can you print my logo on the product?

A. Yes. Please supply us the artwork before mass production.

 

Q: I am tired of my AA batteries running out every few days.Someone got me a Wii starter kit that came with all sorts of goodies, including 2 rechargeable battery packs. They look just like a normal battery packs but where AAs go there is a little pack that says Rechargeable Battery Lithium Polymer Battery.I snapped this onto the remote, then plugged a USB cord directly from the rechargeable pack to the USB outlet on the Wii. The Wii remote showed no signs of life, no lights flashing, nothing, even when I held the power button.I hooked up to my PC and wall USB plug, and I also tried all three with the pack on its own, not snapped into the remote. Nothing gave any indication that charging was taking place.So what's the deal? How do I use this rechargeable pack? Thanks
Wii Rechargeable Battery Pack
Q: I saw an advertizement for a charger that charges your cell phone when you are on the go. It's by enigizer. I really want it , my battery is constantly going out. Does it fit all cell phones? Where would I find it?
I'm interested, as a backup charger when I'm not near my car or home charger. And that you can use a couple of off-the-shelf Li batteries is pretty cool. BTW, I've got a RAZR and the website says it also supports mini USB ports, which it has. Haven't tried it, but I'll bet that's my application.
Q: Hi, I've been trying to google-educate myself but I want to make sure of what I'm doing and ask for some expert advice, if we've any in the audience. :) I have a battery case that takes two AA batteries (energizer if that matters), I've checked on my voltmeter and I believe it gives a DC current of 3.20v (if that's way off I may be using my voltmeter incorrectly) And the LEDs I have are 5mm Nexxtech LEDs, which from searching I've found this information on them: 5mm (T1 3/4): Forward Voltage 2.2 V, Forward Current 10 mA (max 15 mA).Now I want to hook up 4 LEDs to this battery pack, to be continuously illuminated. I have also got a pack of 1/4 watt 5% resistors. On the back of the pack it lists a whole slew of specs, apparently there are two of each type, but I'm not sure what the numbers mean, or how to differentiate which resistor is which. (see the summary of
The battery pack you have is +3.2 volts, which is correct since *unloaded* batteries are typically 1.65V and are 1.5V when loaded down. Now in order to hook up (4) LEDs with a (minimum) forward voltage of 2.2V, you will need 4 * 2.2V 8.8V (minimum) as a voltage source. Therefore you would need (3) dual AA battery packs that are connected in series to get 9.6V to work properly. Next you will need to control the current thru each of the LEDs that are also connected in series. The resistor would be need to be the voltage divided by the current from Ohm's Law as follows R V / I (9.6V - 8.8V) / 10mA 0.8V / 0.010A 80 ohms With this solution you can use (1) switch to turn off all the LEDs. An alternate way to power the LEDs is when each of the (4) LEDs are in parallel to the single 3.2V source. Since the voltage drop of each LED is 2.2V, the resistor for each LED would be R V / I (3.2V - 2.2V) / 10mA 1.0V / 0.010A 100 ohms Now you would need a switch to the batteries that is in series will all (4) LEDs that are in parallel to each other with their separate 100 ohm resistor. Notice that the batteries will not last as long with the LEDs in parallel as they would with the LEDs in series. The series combination is more efficient, but requires a higher voltage. LEDs do not give off heat, but the resistor might. However, the current of 10mA is not enough to create any danger.
Q: I have replaced the ni-cad cells in my 18V bosch drill with li-ion cells (respecting the voltage and wiring).Can I use the original ni-cad charger?The charger knew when to stop charging with the ni-cad battery, will it do the same now?Thank you.
No. You need to use a charger special for Li-Ion cells, and with that a multi-tap charger. You can incorporate the per cell monitoring and charge controller in the battery pack.
Q: if I were to buy one battery pack for the camera, how long do you think it will last? Thanks.
It will depend highly on how much you use it and how long you recharge it. Too hard to tell exactly how long that would be.
Q: I have a 8.2v battery pack (supposed to be 7.2v but its always around 8.5 when charged) that runs a circuit. The circuit has motors in it that turn on and off. I have a wireless cmos camera that taps into the same battery pack, the camera needs 8v. The unit works fine until the motors turn on then the camera shuts off for the duration of the motors being on. I had a similar problem before but it was downstream in the circuit after a voltage regulator, I stuck a large capacitor after the voltage regulator and it solved this problem. I tried putting a capacitor on the camera and it didnt seem to help much. Do I need a voltage regulator and a larger battery pack to do this or is there another way ? I'm thinking its not so much the current that is the problem but the reduction in voltage coming from the battery under heavy load, but I might be wrong. thanks !
Get a 9-12 v battery, and run the motor directly from the battery (insure that the motor is rated for the higher voltage) then run the camera off a parallel wired reducing voltage regulator. I fly high powered electric R/C planes and we use a similar scheme to power the receivers and servos.
Q: How to connect rc LiPo saddle pack batteries? Would you tell me?
You can buy some to test, generally it is banana adapter plug. Lol
Q: I bought a black rechargable battery pack and the only way it will charge is with play and charge but my other 2 battery packs thats are white will charge just fine.
because if they're the same as mine then they're a different brand and a different kind so they won't charge. They should of come with a charge station.
Q: How do I calculate the number of batteries in the UPS battery pack?
According to the UPS appearance parameters, see how much the total DC voltage, and then access is divided into several heads into the UPS.
Q: Can I use an 800mAh 7.4v 10c on an rc plane when it calls for an 800mAh 7.4v 20c? What are my risks if I do use the 10c pack? Any help would be appreciated (:
10c determines the power of the battery so unfortunately you can't send a baby to kill a wolf. you can't put a 10c on your model because the battery wouldn't have enough force (or amps ) to push those motors around. At first (first 2 minutes) it would be fine but then it would overheat and possibly swell in fact, you would hear the motors slowing down please do not try to do this because if a lipo battery swells it could catch in fire. If you have a swollen battery please discard it as soon as you can, not in your trash can but outside where fire will not do any damage. the procedure of discarding a swollen battery is to put some water and lots of salt in a cup that you won't use anymore and then drop the battery in the cup and see how many bubbles form when there is no more bubbles comming out of the battery, you can discard such battery because it doesn't have any voltage and it's harmless. better buy a 20C battery which can give more amps than a 10c battery. i made this mistake in the past lol.

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