<caption><image_180>The image shows a small electronic device, possibly a GPS device, connected to a circuit board with multiple wires. The device is black in color and has a small screen on the front. The screen displays a list of items with their corresponding values. The wires are of different colors - red, blue, green, yellow, and white - and are connected to the device with a yellow connector. On the left side of the image, there is a blue battery pack with a label that reads "CE". The device appears to be placed on a green cutting mat.</caption><transcript><audio_181> Si queremos ver el voltaje individual de todas estas pilas, en este caso habría 12, porque tendría dos baterías aquí en serie, necesitamos lo que se llama una BMS.</transcript><transcript><audio_182> lo que estamos haciendo aquí nosotros. Va a verificar, va a monitorizar las pilas una por una y va a decir, esta está a 3,738, esta está a 3,738.</transcript><caption><image_183>The image shows a small electronic device, possibly a battery charger, on a green cutting mat. The device is black in color and has a small screen on the front. The screen displays the battery's voltage and current values. There are several wires connected to the device, including red, blue, green, and yellow wires. On the top left corner of the image, there is a yellow connector, which is likely used to connect the device to a power source. The image appears to be taken in a workshop or laboratory setting.</caption><transcript><audio_184> ¿Qué va a suceder si una de las pilas se nos queda por debajo, se desequilibra? Quiere decir, si una se va a tope y la otra se va al mínimo. Pues este sistemita de</transcript><transcript><audio_185> un ejemplo también, ahora vamos a ver el de verdad, va a activar una alarma, va a intentar balancear las pilas, va a hacer una serie de cosas de las que ya hablaremos o de las que creo que ya os he hablado en otro vídeo.</transcript><transcript><audio_186> Puede o no puede estar hablando con el inversor. Hay una manera de conectar la BMS al inversor para que ellos se hablen y entonces se ajuste el inversor a los datos reales de cada uno de los elementos que estamos microalimentando.</transcript> Well, so we can see the individual voltage of all these batteries. In this case, there would be 12, which would have the batteries here in series. We need what is called a bird plus a bird.  ms what it is going to do is exactly what we are doing here we are going to verify it is going to monitor the batteries one by one and it is going to say it is up to 3 738 this is at 3 728 etcetera what will happen if one of the batteries fails  remains below it becomes unbalanced, it means if one goes if one goes to the maximum and the other goes to the minimum because this monitoring system this is an example also now we are going to see the real one it is going to activate an alarm it is going to try balancing the batteries is going to do a series of things that we will talk about for hours that I think I have already talked to you about in another video and in the ms it may or may not be talking to the inverter or is there a way to connect the  abm s to the inverter so that they can talk to each other and then the inverter adjusts to the real data of each of the elements that we are looking at in
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