• Solar battery Grade A Rack Mounted Lithium Ion Battery For Family Use NCQ System 1
  • Solar battery Grade A Rack Mounted Lithium Ion Battery For Family Use NCQ System 2
  • Solar battery Grade A Rack Mounted Lithium Ion Battery For Family Use NCQ System 3
  • Solar battery Grade A Rack Mounted Lithium Ion Battery For Family Use NCQ System 4
  • Solar battery Grade A Rack Mounted Lithium Ion Battery For Family Use NCQ System 5
  • Solar battery Grade A Rack Mounted Lithium Ion Battery For Family Use NCQ System 6
Solar battery Grade A Rack Mounted Lithium Ion Battery For Family Use NCQ

Solar battery Grade A Rack Mounted Lithium Ion Battery For Family Use 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 foolishly burned out 2 green LEDs already since I provided too much voltage. The 2 green LEDs I need to light up have a forward voltage of 3.2 volts each. The battery pack has 3 AA rechargeable batteries, for a total of 3.6 V(1.2 V per battery). If I remove one battery, the LEDs won't light up at all. How can I reduce the voltage so it doesn't burn out my LEDs, do I need to use a resistor or can I use something else? If I need resistors, what kind of resistors should I use?
Your LED needs a minimum of 3.2v to light up. That's why removing one battery fails to work. You're using two LEDs, so they're apparently in parallel. (In series, you'd need 6.4v to make them work.) In any case, it's not excessive voltage that's damaging the LEDs, but excessive current. You need a current-limiting resistor between the battery and the LEDs. Be careful, though. When the resistor limits the current, it will also drop the voltage that gets to the LEDs. So it takes a little math. If you were using a single LED, odds are that its maximum current rating is around 20ma. You're providing 3.6v, but only need 3.2v, so you can afford to drop 0.4v across the resistor. The same current that flows through the resistor will flow through the LED. So the resistor calculation is E/I, or 0.4v divided by .02a, for 20 ohms. Standard resistor values are 22 ohms, so that's good. Since you're using two LEDs in parallel, connect a 22 ohm resistor to each LED, then connect the LED/resistor combination in parallel.
Q: I took out the extra battery pack and tried working it with the battery slot inside it. I've fully charged the battery but the camera just won't turn on anymore! Is there something I'm doing wrong? Please Help !
Hey! Jim A. we need a Canon expert here to help!
Q: how long will it run for on a 5 amp battery pack
Batteries are not rated in amps, but in amp-hours. Assuming that is 5 amp-hour 15w/12v 1.25 amp 5 amp?hour / 1.25 amp 4 hour
Q: I put my Cannon BP-808 battery on my cannon vixia hf11 HD camcorder, plug in my factory given charger to the camera, and charge it. It flashes as if its charging but when I turn it on, it's completely dead. I also have charged it on a seperate cannon hf11, and used three different chargers, so its not the camera or the chargers. I also have cannon BP-827 battery pack(extentended life $200-300 battery) and it does the same thing, so its not the battery pack. I can't find anything to help me on the internethelp?
If it's not the battery pack, make sure the charger is not causing any problems, I would check and clean all the metal connection, and those small copper sides of the charger where the battery connects to.Do the same for the battery holder in your camera and and clean that spot all the way. If it's not the battery pack nor the charger, there got to be something wrong with the camera itself. Take it to geek squad in best buy or call the manufacturer warranty service if it's still under warranty cover. Hope it helps!
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.
If the battery is nickle hydride it should be ok. If the battery is nickle cadnium it is better to us it up.
Q: I have the battery pack for this phone, but it doesn't say in the directions if you're supposed to take off the layer of plastic wrap that covers all but the ends of the batteries. There is a small plug-in that goes from the battery pack to the phone, so the batteries don't actually have to make contact with anything other than that.We live in a town with a volunteer fire department, so I really want to get this right! :)
Look at the voltage of the battery pack, it's probably 3.7. I've never heard of a phone burning up unless it takes a lightning hit. The plastic should stay on, it's protection from the battery leaking. You won't start a fire.
Q: Will ups battery backup time how to count?
This is the theoretical calculation, the actual discharge, then there will be a lot of error, which is related to the battery discharge curve, 100AH battery with 100A discharge, put an hour, about 40 minutes to the battery cut-off voltage, and to protect the battery, UPS Will stop the discharge.
Q: I went swimming the other day and i had my waterproof camera with me i swam into the wall and the battery holder shot open so the memory card and the battery were exposed to water. i let them dry and the memory card works but when i put my battery in it makes a sizzling sound and does not turn on. is it broken? my battery charges when i put it in a charger or should i buy a new battery?
I'm sorry to tell you this, but I believe you have bigger problems than just your battery. Perhaps you should call Olympus for opinions and advice.
Q: battery pack
You could go back to the store where you bought the item and ask them for a replacement. Look very carefully at any embossed wording on the item, or a tag that is fixed to it, and try to find the company that made the item. If you can find an address for the company, send a letter to their customer help office to get the information that you need. If this battery is not removable, then the item will have to be disassembled to replace it. If it is easily removed, take it out and take it to a store that sells batteries to match it with a new one.
Q: I have a 12v monitor and a 12v spy camera could I hook them up to a 12v battery pack with a dc splitter, or would there be issues. But I also have a 8v spy camera, is there a easy way to hook it up to a 9v battery?
You need a 12 v pack with enough current to operate them both for some period of time. So you need to know how much current they use in a given hour. They should spec their power usage in watts. So you divide that by 12. That will give you their current draw for one hour. Then, if you want them to operate, say for 8 hours, you need a battery pack with an output of a little more than their total current drain over that time. Say they draw 1 watt each, so that is 16 watts over 8 hours. 16 w/12 v is 1.33 amp/hours. So, in this case, you would want a battery pack capable of at least 1.5 amp/hours. The 8 volt unit is much the same. You need to know it's current drain per hour and then you need a 9 v battery with a high enough amp/hour output to run it for how long it will be on. A simple small 9 v battery won't have enough power to even turn it on, much less, run it for any time at all. You would be better off to use the 12 v supply (if big enough) to run all 3 and just use a current limiting resistor in the 8 v line.

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