Very helpful. My primary interest in this subject is in understanding battery characteristics for rc vehicles. This is the most clear and thorough explanations I have seen. Thanks.
यदि हम दो फुल चार्ज C10 150Ah की बैटरी लें और दो ही फुल चार्ज C20 150Ah बैटरी लें और इन दोनों को 24V का सेट बना कर अलग अलग 10Amp के समान लोड/करेंट से डिस्चार्ज करें तो दोनों में पहले कौन सा 24V का सेट डिस्चार्ज होगा??
Good and well explained tutorial. Please how do I determine the total C-rate of a battery I built using lithium ion cells of 2750mAh capacity and c rate of 0.2C? This battery pack is made of 4S 11P connection which gives me an output of 16.8V. 4S 11P means 11 cells connected in parallel and 4S means 4 of the 11 parallel cells now connected in series. Thank you.
Sir, it means that for selection of inverter battery, capacity of battery in AH shall be more than peak load to be supplied through inverter, For example, if we have 150 AH battery with C10, then average current that battery can supply for 10 hours is 15A. If voltage of inverter is 12V DC, then wattage that we can supply by inverter is 180W only. Similarly, if we have 150 AH battery with C5, then average current that battery can supply for 10 hours is 30A. If voltage of inverter is 12V DC, then wattage that we can supply by inverter is 360W only. Accordingly we shall select the capacity of battery and C-rating of battery for inverters. Sir, I have one doubt, what is the max. current that one can draw from battery? Pls specify the calculation for that. For ex. 150Ah of C10 battery, average current that we can draw for 10 hours is 15A but what is the max. current that we can draw from it?? I understand that current which can be taken out from battery shall be obviously less than inverter capacity to draw, i.e. suppose inverter capacity is 1100VA, then inverter can draw max. 90A DC current from battery. But my question is, Is 150 AH C10 battery capable to supply 90A peak current (irrespective of discharge time)?? Please clarify.
यदि हम दो फुल चार्ज C10 150Ah की बैटरी लें और दो ही फुल चार्ज C20 150Ah बैटरी लें और इन दोनों को 24V का सेट बना कर अलग अलग 10Amp के समान लोड/करेंट से डिस्चार्ज करें तो दोनों में पहले कौन सा 24V का सेट डिस्चार्ज होगा??
Sir, can u please suggest that, a Lithium Battery datasheet is showing3.2v 6Ah, and standard discharge current is 0.2C5A (100%)and Max discharge current 3C5A(85%). Meaning.... Thanks
यदि हम दो फुल चार्ज C10 150Ah की बैटरी लें और दो ही फुल चार्ज C20 150Ah बैटरी लें और इन दोनों को 24V का सेट बना कर अलग अलग 10Amp के समान लोड/करेंट से डिस्चार्ज करें तो दोनों में पहले कौन सा 24V का सेट डिस्चार्ज होगा??
the best explanation I found on the internet...thank you sir...
Thank you prof. Your explanation is easily comprehensive.
Very helpful. My primary interest in this subject is in understanding battery characteristics for rc vehicles. This is the most clear and thorough explanations I have seen. Thanks.
यदि हम दो फुल चार्ज C10 150Ah की बैटरी लें और दो ही फुल चार्ज C20 150Ah बैटरी लें और इन दोनों को 24V का सेट बना कर अलग अलग 10Amp के समान लोड/करेंट से डिस्चार्ज करें तो दोनों में पहले कौन सा 24V का सेट डिस्चार्ज होगा??
Good and well explained tutorial. Please how do I determine the total C-rate of a battery I built using lithium ion cells of 2750mAh capacity and c rate of 0.2C? This battery pack is made of 4S 11P connection which gives me an output of 16.8V. 4S 11P means 11 cells connected in parallel and 4S means 4 of the 11 parallel cells now connected in series. Thank you.
It made perfect sense. Thank you. I have been scouring the net for an explanation and each greater more confusion, but this sorted it all out.
Good explanation sir
Best explanation for C rating....👍
How do you make this video...I mean the platform, which application is that ?
Sir, it means that for selection of inverter battery, capacity of battery in AH shall be more than peak load to be supplied through inverter,
For example, if we have 150 AH battery with C10, then average current that battery can supply for 10 hours is 15A. If voltage of inverter is 12V DC, then wattage that we can supply by inverter is 180W only.
Similarly, if we have 150 AH battery with C5, then average current that battery can supply for 10 hours is 30A. If voltage of inverter is 12V DC, then wattage that we can supply by inverter is 360W only.
Accordingly we shall select the capacity of battery and C-rating of battery for inverters.
Sir, I have one doubt, what is the max. current that one can draw from battery? Pls specify the calculation for that. For ex. 150Ah of C10 battery, average current that we can draw for 10 hours is 15A but what is the max. current that we can draw from it??
I understand that current which can be taken out from battery shall be obviously less than inverter capacity to draw, i.e. suppose inverter capacity is 1100VA, then inverter can draw max. 90A DC current from battery. But my question is, Is 150 AH C10 battery capable to supply 90A peak current (irrespective of discharge time)??
Please clarify.
Sir have you found the answer for this?
यदि हम दो फुल चार्ज C10 150Ah की बैटरी लें और दो ही फुल चार्ज C20 150Ah बैटरी लें और इन दोनों को 24V का सेट बना कर अलग अलग 10Amp के समान लोड/करेंट से डिस्चार्ज करें तो दोनों में पहले कौन सा 24V का सेट डिस्चार्ज होगा??
sir tell me which white board interface you use ??
Thinking about too
Sir, can u please suggest that, a Lithium Battery datasheet is showing3.2v 6Ah, and standard discharge current is 0.2C5A (100%)and Max discharge current 3C5A(85%). Meaning.... Thanks
Very helpful video sir thank you, ❤️❤️❤️
Is the opposite true for charging?
What is the meaning of 2c10 rate?
यदि हम दो फुल चार्ज C10 150Ah की बैटरी लें और दो ही फुल चार्ज C20 150Ah बैटरी लें और इन दोनों को 24V का सेट बना कर अलग अलग 10Amp के समान लोड/करेंट से डिस्चार्ज करें तो दोनों में पहले कौन सा 24V का सेट डिस्चार्ज होगा??
best way to explain tnx
When I start a 62kvaDiesel Generator, at the starting moment it takes 140A from a 100 Ah battery
@Tesla Jr. Tnx moonuse👍
Great👍 perfect👏
Thanks but subtitle is not of this video.
Thank you prof. Your explanation is easily comprehensive.