Lithium Battery Wall Mounted Support for up to 16 batteries in parallel 41-55V NCQ
- Ref Price:
-
- 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 | Watt 1-s | Watt 1 |
Nominal Energy | 2.5KWH | 5KWH |
Nominal Voltage | 25.6V | 51.2V |
Nominal Capacity | 100Ah | 100Ah |
Cell Type | LFP | LFP |
Standard Charge Voltage | 29.2V | 58.4V |
Max Charge Current | 100A | 100A |
Discharge Cut-Off Voltage | 20v | 40V |
Max Discharge Current | 100A | 100A |
Parallel Function | Support parallel | Support 15 Units in Parallel |
Communication Interface | No Communication | RS485、RS232、CAN(Optional) |
Calendar Life | 15+Years @25C 80%DOD | |
Cycle Life | ≥6000 Cycles (80%DOD) | |
Charge temperature range | 0~65℃ | |
Discharge temperature range | -20~65℃ | |
Certification | Cell: UL1642/IEC62619/CE/ROHS/ MSDS/UN38.3 Pack: MSDS/UN38.3 | |
Dimensions | 430*600*105mm | 570*690*105mm |
Weight | 28Kg | 46Kg |
Source with confidence
√ Direct from Verified Custom Manufacturer
Application：
Household,Hospital, Bank, Airport, Power plant and other systems.
Solar energy storage cabinet
Long last UPS battery.
Phone switch, Telecom room SMR hospitals.
ADVANTAGES
About 2000-6000 cycles, up to 10 times longer life span compared to lead-acid batteries.
More Usable Capacity
100% depth of discharge (DOD),25-50% more usable capacity than lead-acid batteries.
Lightweight
Average 70% lighter than the same size traditional lead-acid batteries.
Fast &Safe Charge
High charge/discharge rate, charge much faster than traditional lead-acid batteries.
Built-in Protection
Every battery comes with a built-in battery protection system.
Drop-in Replacement
A variety of BCI standard sizes or custom solution for easy drop-in replacement.
Eco-friendly
Ultimate clean energy, no gassing, no fumes, no pollution, on-hazardous batteries.
Order！Order！Order！
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：
Who are we?
We are based in Beijing, China, start from 2004,sell to all countries. There are more than300 people in our office.
How can we guarantee quality?
Always a pre-production sample before mass production;
Always final Inspection before shipment;
What can you buy from us?
Energy Storage System,Power Storage Battery,Solar Panels,Energy Etorage Battery,LiFePO4 Battery Storage System
Why should you buy from us not from other suppliers?
Focus on the R&D, production and sales of power batteries & energy storage system.
What services can we provide?
Accepted Delivery Terms: FOB,CFR,CIF,EXW,DDU,Express Delivery；
Accepted Payment Currency:USD,CNY;
Can I have a sample order?
Yes, we welcome sample order to test and check quality.
Would you accept to use our logo ?
All of our products are accepted to print your logo on the enclosure and package box,it depends on the amount, from 200pcs to1000pcs.
What kind of certificate you have ?
CE/TUV/MSDS/ISO/CB/UL/ROHS certificates.etc.
How to choose suitable inverter?
If your load is resistive loads, such as: bulbs, you can choose a modified wave inverter. But if it is inductive loads and capacities loads,we recommend using pure sine wave power inverter.
How do I choose the size of the inverter?
Different types of load demand for power are different. You can view the load power values to determine the size of the power inverter.
- Q: I know that NiMH batteries self-discharge over time, but mine are discharging in just a matter of hours. I am using them in a RC airplane. They are 9.6V 650mah AAA packs. I charge them up just as they should be and they put out full power when I test them in my plane. I go to the gym for a couple hours and stop by the flying field on the way home, but when I plug the battery in the motor on the airplane immediately goes to cut-off.An interesting note: If I hold the arming button down to keep the motor going, eventually it will work itself up to putting out enough power to do some low powered flight and will last the duration over normal flight time for the airplane
- one or more of the cells has failed leading other cells to discharge into it , buy some tagged AAA cells and rebuild the packs
- 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 15 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?____________________m/s speed increase after discarding camera____________________m/s speed increase after discarding battery
- His initial momentum is taken as zero. Momentum of thrown camera is 1 kg x 15 m/s 15 kgm/s his mass after that is 90+10 100 kg. He acquires the momentum of the camera, so 15 100ΔV ΔV 15/100 0.15 m/s Momentum of battery is 10x7 70 kgm/s again he gains this momentum, and his mass is now 90 kg 70 90ΔV ΔV 70/90 0.778 m/s
- Q: I recently bought a cylindrical battery pack from OKorder and it is apparently made in China. The English translation is bad and it doesn't say how long it takes to get a full charge. The bottom of the cylinder battery says Capacity 2600MAH IN 5V/0 5A OUT 5V/0 5A
- The time required to charge any battery depends on its state of charge at the time charging begins and the applied charging current. Most batteries should be charged at no more than 10% of their Ah rating, so your battery, unless it is specifically intended to accept fast charging, should be charged at about 250 mA (1/4 amp). Thus, a full charge usually requires 10 to 16 hours, and sometimes more. According to the owner's manual, the NiMH battery for my Kenwood TH-K2AT handheld transceiver requires 12 hours to charge.
- Q: First off, I hope I am in the right place to ask this question, I don't really know where to go for help for this.To start, I am trying to make a portable battery to charge USB devices. So a 5 volt output. I am trying to do it cheaply, under 20 bucks. I have a bunch of laptop batteries laying around and no laptops to use them in. The one I am looking at using is a toshiba PA3383U-1BRS, It is a 14.8v 6450mAh battery. the cells inside are 12 of these -- SF US18650GR. I want to know how or if I can re arrange the cells to get the most battery life out of it. I dont know how it would be charged, what protection/charging circuts would be needed or anything like that. I know next to nothing about how this all works but my common sense says that it would be better to get the output of the pack as close to 5v as possible before doing anything with voltage regulators, to keep it efficient. Let me know what I have to do/ what I cant do/ why I am wrong/ if you need more info etc. thanks a ton guys!
- To make 5 volts battery pack,take 4 piece small cells out from Toshiba 14.4V battery pack. You need to know which cell is still good. Put 4 cells in series shall do.
- Q: Three and 10 string battery pack What does it mean?
- Three and three batteries is completely coincide, three positive together with three negative together.
- 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: If I get the battery pack, will the batteries last a long time or do they finally wear out after so many recharges? Is it worth buying a battery charge pack?
- yes definitely, buy a play and charge kit, its 15 or 20 bucks in some places, very worth it, if not try and find a pair of double aa betteries combo with a charger, try 2 get 1 with a high capacity like 2000 mAH
- Q: how much charge should be left in a ni-mh rechargeable battery pack before long term storage?i have a ni-mh battery for a JVC gr-sxm 320u camcorder and i would like to put it in long term storage. the battery i have now is a replacement battery ni-mh. The original was a ni-cd which does not work anymore. i would like to store this battery long term so i would like to know how much charge should be left in the battery pack before storage. should there be 0%, 25%, 50% or 100%?
- I would leave at least 50% charge.
- Q: I have a rechargeable battery pack. when i plug in my plug n' play charger, the red light comes on but i still cant even turn on or connect my controller. The whole console has been in storage for a while.
- Battery packs sometimes go bad . I bought one and it went bad in 3 months and would not charge or make connection to xbox. Microsoft does not make the best accessory's.
- Q: I purchased the Xbox 360 play and charge kit. I have had it for over 2 months and it has just stopped charging when on the charger. It is not a faulty charger because when i unplug and plug the charger back in all the lights light up. Yet when I put the rechargeable battery on the charger it doesn't light up and it doesn't charge. How can I fix this?
- Just get another battery.Or call the company.
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Lithium Battery Wall Mounted Support for up to 16 batteries in parallel 41-55V NCQ
- Ref Price:
-
- Loading Port:
- SHANGHAI
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 10 unit
- Supply Capability:
- 100 unit/month
OKorder Service Pledge
OKorder Financial Service
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