<transcript><audio_94> concretamente 50,4 voltios. Este es el valor absoluto máximo al que podríamos cargar la batería Tesla</transcript><transcript><audio_95> 12 S</transcript><caption><image_96>The image shows a whiteboard with a handwritten note on it. The note is written in red ink and has the words "Panasonic MCR 48650 B" written on it in a cursive font. Below the note, there is a list of measurements written in black ink. The measurements are written in a smaller font size and are arranged in a grid-like pattern. The background of the image is blurred, but it appears to be a desk or a table with a computer monitor and other office supplies.</caption><transcript><audio_97> 4 voltios, ya sé que parezco como el 123, pero bueno, alguno aún así no se va a enterar. Bien, ¿qué significa esto? Significa esto, pregunto, que va a ser el valor que le vamos a dar al inversor para</transcript> which we can charge. This would be specifically 54. This is the maximum absolute value at which we could charge the battery, which is made up of 12 elements.  in series I'm going to put it here 112 s okay the s comes for the series 12 elements in series at 42 volts per element gives us a total of 54 volts I know I look like  The one is 23, but well, some of you are still not going to know exactly what this means. I wonder what the value is going to be that we are going to give to the inverter to charge
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