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I conducted a test on two high-capacity LiFePO4 cells this week: the CATL LF314 and the Gotion LF314. The market often refers to "340Ah cells," but to my knowledge, there is no official LF340 model. Instead, I’ve found that 314Ah-rated cells can reach a fully loaded capacity of around 340Ah. This test aimed to determine which of these cells truly achieves that capacity.
Testing Setup & Results
Using an EBC-A40L tester, I performed a single charge-discharge cycle, discharging down to 2.5V and recharging to 3.65V.
CATL LF314: Recorded 327Ah, exceeding its nominal 314Ah rating but still short of 340Ah.
Gotion LF314: Surprising result! It reached a full 340Ah, making it the highest-capacity cell in this test.
EVE MB31: (previous test video link:https://www.youtube.com/watch?v=xna_G5xTz8w): Achieved around 332Ah—better than CATL but not as high as Gotion.
Which one do you pefer?
My personal Key Takeaways for your reference:
In terms of internal resistance, CATL, Hithium, REPT, and Gotion LF314 all measured below 0.24mΩ, indicating similar performance in this aspect.
Gotion LF314 has the highest tested capacity among all 314Ah models.While CATL and EVE are more well-known brands, Gotion’s performance is impressive.
EVE MB31 LF314 is currently experiencing a long-term shortage.EVE MB56 and LF560K still have uncertain availability.
For those seeking higher capacity cells, Gotion LF314 appears to be the best choice at the moment.
If you have any questions about these batteries, feel free to reach out via Facebook, YouTube, my website, or email—I’d be happy to help! You can watch the full testing process on YouTube and read more details on my website blog.
1 Comment(s)
Is there a difference in cost between Gotion LF314 and the EVE MB31?
Of course, Gotion LF314 unit price is US$41/pc; EVE MB31 unit price is US$62/pc;
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