<transcript><audio_168> batería de litio-ión porque esto realmente no va a ninguna parte. Como veis tengo aquí un indicador, una barrita que es el indicador de carga. En este caso me dice tu batería está al 18% de capacidad porque cada elemento está</transcript><caption><image_169>The image shows a black electronic device, possibly a smartphone, sitting on top of a green cutting mat. The device has a screen that displays the battery percentage and other information. There are several wires connected to the device, including red, blue, green, and yellow wires. A pair of pliers is also visible in the image. The background is blurred, but it appears to be a desk or table.</caption><transcript><audio_170> Bien, ¿qué sucede aquí? Sucede que nuestro inversor, los valores a los que hemos estado hablando en este caso, son valores totales. Estamos jugando con estos valores.</transcript><video><caption><image_171>The image shows a piece of white paper with red text written on it. The text appears to be instructions or measurements for a project. The paper is resting on a green cutting mat with a black handle. The background is blurred, but it seems like the focus is on the paper and the cutting mat. There is a shadow of a person's hand on the right side of the image.</caption><caption><image_172>The image shows a person's hand holding a small electronic device with a blue battery attached to it. The device appears to be a GPS navigation device, as indicated by the text on the screen. The battery is connected to the device with multiple wires of different colors - red, yellow, green, blue, and black. The wires are arranged in a way that suggests that the device is being used to connect the device to a computer or other electronic device. The background is a green cutting mat.</caption><caption><image_173>The image shows a person's hand holding a blue battery pack with multiple wires attached to it. The battery pack has a label on it that reads "Made in China". Next to the battery pack, there is a small electronic device with a screen and a yellow connector. The device appears to be a GPS device. The background is a green cutting mat.</caption></video><transcript><audio_174> Otros 22,41, ¿vale? Que sumarían un total de 44, 48, 36, lo que sea, ¿vale? Estamos jugando con 12 elementos, ya hemos visto multiplicados por 3 o multiplicados por 4,</transcript><transcript><audio_175> El problema es que el voltaje total que nos va a dar la batería no sabe, el inversor no sabe cuál es el voltaje individual de las celdas.</transcript><caption><image_176>The image shows a small electronic device, possibly a cell phone, on a green cutting mat. The device is black in color and has a small screen on the front. On the screen, there are several wires of different colors, including red, blue, green, yellow, and white. The wires are connected to the device with a yellow connector. There is also a silver pen resting on the left side of the device. The background is blurred, but it appears to be a white surface.</caption><transcript><audio_177> que tenemos una de las celdas completamente cargada y la otra celda está a 3,7. ¿Qué sucedería? Al sumar estos voltajes, el voltaje total estaría dentro de los límites de los que hemos hablado, estaría dentro de ese</transcript> imagine that it is a lithium-ion battery because this really is not going anywhere like  You see I have an indicator here, a bar that is  the charge indicator in this case tells me your battery is up to 18% capacity because each element is practically at 3.74 of 3.73 etcetera well what happens here happens that our inverter the values ​​at which we have been talking about in this  case they are total values ​​we are playing with these values ​​22 with 41 + another 22 with 41 that would add up to a total of 44 48 36 whatever we are playing with 12 elements we have already seen multiplied by  3 or multiplied with 4.2 or by 4.1 the problem is that the total voltage that the battery is going to give us is total voltage that the battery is going to give us is not known, the inverter does not know what the individual voltage of the cells is. Let's imagine that we have one of the cells fully charged and  the other cell is at 37. What would happen when adding these voltages, the total voltage would be within the limits we have talked about, it would be within that
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