• High voltage lithium ion battery bank  for solar system and storage System 1
  • High voltage lithium ion battery bank  for solar system and storage System 2
High voltage lithium ion battery bank  for solar system and storage

High voltage lithium ion battery bank for solar system and storage

Ref Price:
get latest price
Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 set
Supply Capability:
500 set/month

Add to My Favorites

Follow us:


OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

Specification

voltage:
192



High voltage lithium ion battery bank  for solar system and storage

FAQ:

Q1: Are you a manufacturer or trading company?

A1: We are manufacturer and trading company both, mainly focus on battery field. Meanwhile we have a professional technical team who design,  research and development according to market requirement. Specially, we are very good at providing comprehensive electric power supply solution.


Q2: Can you supply OEM service?
A2: Yes, your logo or trademark can be printed on battery container.

Q3: What information do you need in order to make a customized battery pack?
A3: We need the informations as below:
1. battery size&dimension you require
2. battery voltage
3. battery capacity
4. max discharge current

5. max power of electrical load


Advantages:

(1). Lithium batteries are light in weight, small in size, large in capacitance, high in energy and high in safety

(2). Lithium battery core raw materials. The core itself has overcharge, over pressure, and over let the flow of four safety protection. It fundamentally solves the hidden dangers of short circuit, leakage, explosion and other aspects of lithium batteries.

(3). Lithium batteries use lithium battery cores in series. 

(4). Charging chip protection plate(using military-grade smart IC chip, with over current, over pressure, overcharge, overcharge, under voltage, short circuit, reverse connection, equilibrium voltage and equilibrium charging and other multiple protection functions) to ensure the safety and reliability of the battery pack.

(5). Lithium batteries are used for a long time. The cycle can be charged and discharged more than 600 times. LED light source operating time of 20,000 hours, lithium battery life 2-3 years.



High voltage lithium ion battery bank  for solar system and storage


High voltage lithium ion battery bank  for solar system and storage




Q: 3.6v lithium battery how to become 36v battery pack?
36V 2000mah is made up of 10 3.6v 2000mah batteries in series.
Q: For a polaroid impulse
nope
Q: I am looking at Remote Control car battery packs and was wondering if one was better than the other? Does one make your RC go faster, perform better?
theres 1000 more in the other one. its better
Q: i dont understand do you have to buy a rechargable battery pack to use plug and play also does it come with a battery pack(rechargable one)???
no u dont, but to make it easier on u, u can if u dont wanna keep changing em over and over again
Q: I have an older gem from 2003. The gel battery pack is too far drained to be recharged. If I call for a repair, they'll charge $225. Is this something I can do and with what tools? Thanks.(More info, 10 points.)
The Gem uses 12 V deep cycle Trojan batteries wired up to provide 48 V . That means there are four of these batteries in series, more may be in parallel with these four but basically chances are only one of these batteries has failed. If you run a voltmeter across each battery, you should be able to identify the bad one fairly quickly, then it's just a matter of replacing that 12 V battery with a 12 V lead acid, AGM, or gel battery with the same size, terminals and capacity. The capacities ranges from 130 AH to 150 AH. An actual new Trojan battery would run about $190 (without a rebate for the old one and you can usually get a rebate) but chances are you could get a used one for less or some other lead acid battery with similar dimensions (roughly 14 x 7 x 11 ) and capacity ratings for less. Gel and AGM batteries are sealed but if you were willing to break the seal (dangerous as it contains hydrochloric acid), it would be possible to drain the acid, clean the mats, file down the plates, reassemble and add new acid to rebuild the battery. You may be able to find someone who does this and can sell you a reconditioned battery. Once you isolate the failed battery with a voltmeter, you could try charging it individually (sometimes a battery won't charge because other batteries in the series are already at full charge). You may even be able to bring a dead battery back to life by trickle charging and pulsing reverse polarity through it to break up the sulfate buildup on the plates. It's probably a good idea to periodically break up the battery pack and charge each battery separately to try and get as much charge into each one as possible. Chances are, the tools needed would be the same tools you would need to change out a car battery except that these batteries are heavier.
Q: I have a sprinkler timer in the garage that is both connected to ac and a 9v battery. The 9 volt battery fails a lot. It actually powers the memory of each sprinkler station and run times. When the 9v battery is too weak to power the memory , the entire sprinkler system shuts down and reboots but will not run. How do I rewire the memory unit so that it runs on ac instead. I have an old 9v power pack that puts out 9 volts and 450 mA. Can I safely just connect it to the 9v connectors on my sprinkler timer?
9V BATTERY SOURCE IN THE SYSTEM IS THE BACK UP POWER TO THE SYSTEM MEMORY WHILE AC POWER WAS INTERRUPTED ( LOST ALL AC POWER IN WHOLE HOUSE ) . THIS 9V BATTERY SHOULD NOT CONSUME POWER INTO SYSTEM WHILE AC POWER IS NORMAL. SOME BAD DESIGNED SYSTEM DOES DRAINING OUT THE 9V BATTERY SLOWLY BECAUSE 9V WAS CONNECTED DIRECTLY TO THE SYSTEM MAIN 9V POWER SOURCE COMING FROM AC CIRCUIT. TO SOLVE THIS TROUBLE IS QUITE SIMPLE, JUST ADDING A BLOCKING DIODE IN BETWEEN BATTERY +9V TERMINAL AND SYSTEM. THIS WAY, 9V BATTERY IS NO MORE DRAINING BY SYSTEM LOAD WHILE AC POWER IS ON , AND 9V BATTERY SHOULD LAST AS LONG AS ITS LIFE. NEVER REPLACE 9V BATTERY WITH ANOTHER 9V POWER SOURCE THAT COMING FROM ANOTHER 9V POWER ADAPTER, DO THAT CAUSING THE SYSTEM IS NO MORE ABLE TO RECOVER WHILE AC POWER IS INTERRUPTED BECAUSE BOTH 9V ARE FAILED.
Q: i have a 7.2V Ni-CD AAx6 700mAh RC Battery Pack and was wondering if i bought one with a higher milliwatt would that ruin my mp5 airsoft gun? (just by a little bit)
It depends on your hop-up and your mechbox, if you have like systema grade internals it will be fine but if you have a v1 or v2 mechbox it has the potential possibly to ruin it yes
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 two new battery packs earlier today, and while I knew they were rechargeable, I wasn't aware of the fact that you can't put batteries in it yourself. Is there any way to charge them up without having a charge kit, because I don't have one.
I assume you're talking about Xbox 360 controllers. While there is no way to charge the battery pack without a kit of some kind (due to the unique port), you can buy battery packs that use two AA batteries, and you can use recharchable batteries in them. Swing by a game store or order one for cheap online.
Q: I need to build a battery pack that will last a min 2hrs to power a motor through a speed controller. The motor will be run at the slowest speed possible.Motor Specifications:? Torque: 12.0kg/cm? Rated Voltage: 12.0V? Operating: 4.5 - 18V max? Current - No load: 70mA? Current - Full load: 1380mA? Gear Ratio:
You need to do two things to work this out as you have not provided enough detail. Step one: Determine average motor current over the two hour period. Step two: Calculate the required AH (amp hour) rating required for the batteries. Step one: connect an ammeter to the supply side of the speed controller. Run the motor at the speed you require. Measure the current. (lets assume 300mA) Step two: Battery Capacity. Lets say you need 3 hours run time. 300mA * 3 hours 900mAhours required. Check the AH rating of your batteries. (lets assume they are 450mAH rated) Building the battery pack: You neeed 8 batteries in series to get the required 12V. But if you did this you would only have a 450mAH rated battery pack. You need to double that, so put another 8 batteries in series. That will give you 900mAH which is what you require. (total 16 batteries) If you have 900mAH batteries you would only need 8. If you have 450mAH battaries you would need 16 (two parallel lots of 8) If you have 100mAH batteries you would need 72 batteries (9 parallel lots of 8)etc If you have 1800mAH batteries you will still need 8 to get the required voltage, but the motor will run aproximately twice as long as with the 900mAH solutions. Hope this helps!

Send your message to us

This is not what you are looking for? Post Buying Request

Similar products

Hot products


Hot Searches

Related keywords