• Deep Cycle Rechargeable Lithium ion Lifepo4 25.6V 200Ah Lithium Battery System 1
  • Deep Cycle Rechargeable Lithium ion Lifepo4 25.6V 200Ah Lithium Battery System 2
  • Deep Cycle Rechargeable Lithium ion Lifepo4 25.6V 200Ah Lithium Battery System 3
  • Deep Cycle Rechargeable Lithium ion Lifepo4 25.6V 200Ah Lithium Battery System 4
Deep Cycle Rechargeable Lithium ion Lifepo4 25.6V 200Ah Lithium Battery

Deep Cycle Rechargeable Lithium ion Lifepo4 25.6V 200Ah Lithium Battery

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
50 unit
Supply Capability:
10000 unit/month

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Residential ESS CFE-5120S 25.6V 200Ah 5120Wh

 

Volumetric Energy Density increased by 23.5%

LED power display screen and switch buttons

Rugged stainless steel body ensures 5 years warranty

High protection level IP65

Support 50A charge/100A discharge and excellent heat dissipation design

Quick connection and insulation protection

Stainless steel handles guarantees 3000 fatigue tests

Supports four external connections in series with voltage up to 51.2V

 

 Product Spec

Name

CFE-5120S

Nominal Voltage

25.6V200Ah

Nominal Voltage

25.6V

Nominal Capacity @1C

200Ah

Charge Voltage

29.6V

Charge Current Max Continuous

50A

Discharge Current Max Continuous

100A

Discharge Voltage Minimum

21.6V

Pulse Current 5 Sec

150A

Weight

46kg±0.5kg

Dimensions L*W*Hmm

320*470*210


Advantages: 

• Ultra-reliable Lithium Iron Phosphate (LiFePO4) technology
• Integrated battery management System (BMS)
• Ultra-long cycle life
• Light weight & compact
• Water & dust resistant (IP56)
• Highly durable ABS enclosure
• Drop-in lead acid replacement
• Environment friendly
• Bluetooth App is optional*

• Wind-Solar energy system 

• Solar street lights 

• Off-grid energy storage 

• Household energy storage 

• Telecom backup system 

• Mobile base stations
• Emergency backup energy sources 

• Uninterruptible power system 

• Grid load shifters
• Electric Golf Car 

• Electric vehicles 

• Electric motorcycles
• Electric forklifts 

• Electric boats, etc.


Q: i have a NiCd 9.6v 400mah battery pack (8 1.2v 400mah cells) and a 250 mah charger. what should be the initial and regular charging times?i was told the first charge should be 7 or 8 hoursregular charging should be 1hr 40 mins.
the rate is normally 1/C - the inverse of the current capacity. 1 hour only if you have a Smart Charger and it can sense the heat generated by charging the battery. I recharge my 9.6v/4000mAh pack in 15 minutes, but I have a battery that is MADE for hot charges and my charger is made to push that much current into the battery.
Q: A 90 kg astronaut floating out in space is carrying a 1.0 kg TV camera and a 10 kg battery pack. He's drifting toward his ship but, in order to get back faster, he hurls the camera out into space (away from the space ship) at 10 m/s and then throws the battery at 7 m/s in the same direction. What's the resulting increase in his speed after each throw? speed after discarding the camera (m/s). speed after discarding the battery(m/s). Please provide answer and explanation.
That is a conservation of momentum problem. Momentum is mass times velocity. The momentum of the thrown TV is 1kg * 10 m/s 10 kgm/s. The astronaut plus the battery pack he is still holding have a combined mass of 100 kg and have to gain 10 kgm/s of momentum in the opposite direction. So we write an equation: 10 kgm/s (90+10)kg * V m/s And solve for the unknown velocity V 10100V 10/100V 1/10V 0.1 m/s The astronaut and battery pack together speed up by 0.1 m/s Then do the same with the battery momentum10 kg * 7 m/s 70 kgm/s The 90 kg astronaut will gain 70 kgm/s of momentum in the opposite direction. 70 90 * V 70 / 90 V 7/9 V 0.77777 V m/s So the astronaut speeds up another 0.777 m/s to end up with a final velocity of 0.1 + 0.777 0.87777 m/s.
Q: i recently bought a canon fs100. and i wanna know if its okay to charge it even if its battery's not drained yet.
Almost every rechargeable battery sold now is memory free. Charge your battery anytime, but don't leave it on the charger forever. Once it is charged, take it out of the charger or camera and store it in a dry safe place where it wont be knocked over to fall and break or be internally damaged upon landing. This may cause the battery to leak, and if it leaks while in the charger or camera, you may also lose an expensive camera or charger.
Q: I have a DeWalt power drill. It has replaceable and rechargeable Battery Pack labled XR Pack. I want to know how to get rid of it safely and appropriately.
Many okorder
Q: I need to replace a battery pack for a honda civic hybrid
A lot
Q: Hi, don't know if people can help me with this or not but I need some advice.Is it worth it to buy Microsoft genuine rechargable battery pack or a generic (unknown name) which has extremely high MaH?I have seen some battery packs on OKorder which have 3200MaH, I believe that is double the capacity of the Microsoft packs?Anyone have any advice. Thanks in advance
For me is better to buy the play and charge kit. because you get in the package you get a rechargable battery and when it goes out just plug in the play and charge kit and it will charge it while you keep playing and then when it goes out do the same thing. The battery holds a lot of charge it lets you play for about eight hours straight
Q: i got this new Lenovo Thinkpad x61 tablet PC, and it's pretty great, except for the battery . i get less than an hour at full powerthere is a setting that lets it run for like 14 hours, but it's slow as heck , and i hate the in between settings as welli want to run my laptop at full power / full performance all the timeso are there any good battery packs that can help me do this?
buy an inverter and hook it to a car battery
Q: 12V battery pack without protection board safe?
Can not. Resulting in lithium battery over discharge, affecting life.
Q: If you get on OKorder and look up Task Force 12v battery packs, people are selling those 10-20 times CHEAPER than the Dewalts etc. Look, all of these have the same 'c' size Ni-Cad batteries in them. You simply take the case apart and remove the array of batteries. Then you can take a low wattage soldering iron and some solder (flux core is easier to get to stick). Just use nyour basic common sense to immitate the configuration of the pack you want to replace. Another trick I came up with was to take a vacuum cleaner hose repair- heat shrink tubbing wrap ( Hesco inc. dot com) and put enough batteries in it to equal 9.6 volts and carefully attached a Male (-) / Female (+) connection plug. Now on my Dewalt battery charger I put the correspondingly opposite Male (+) / Female (-) plug. Then on the back of my 9.6 volt Dewalt drill I put a smaller vacuum cleaner belt looped where the normal ( and expensive) OEM battery would plug in. This loop of strong rubber is what holds the battery.
All good information but there is really no question here.
Q: As the title implies, I'm looking to make a battery pack here soon. I have the needed voltage and amperage all lined up, and plan to be using NiMH batteries (either RC battery packs or just some basic AA). But, as the main question ask, I would love to be able to use the battery pack as it is being charged. I'm looking to make a laptop of sorts with a raspberry pi, and would love the battery to act like that of a laptop.Thanks in advance!
Just use a pair of diodes with the cathodes (band end) to the power regulator for the Pi, one of the diode anodes going to the battery pack output, the other to the charger input jack, which also goes to your charge regulator.

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