<caption><image_188>The image is a screenshot of a computer screen with a window open. The window is titled "Manual Overview" and appears to be a user interface for a software or application. The background of the window is a blue sky with white clouds. On the left side of the screen, there is a menu bar with various options such as "Time", "Settings", and "Settings". On the right side, there are several tabs for different settings and options for the user to choose from.

In the center of the image, the window has a list of options for changing the settings of the software. The options are arranged in a grid-like pattern, with each option represented by a different color. Below the options, the user can select the type of settings they want to change, such as the "Change Settings" option, the "Settings" option for adjusting the settings, and the "Back-to-Back" option. At the bottom of the screenshot, there has a "Help" button and a "Cancel" button, indicating that the user is in the process of changing their settings.</caption><transcript><audio_189> el inversor sólo va a ver el total el inversor no sabe lo que está pasando dentro de la batería sólo sabe el voltaje total si una de las baterías se desequilibra eso el inversor no</transcript><transcript><audio_190> Si una de las pilas se descarga demasiado o se carga demasiado o se sobrecalienta demasiado o sucede algo raro con esa pila, el AVMS, y esto es lo más importante que tenemos,</transcript><caption><image_191>The image shows a small electronic device with a battery charger attached to it. The device is black in color and has a screen on the front. The screen displays the battery voltage and other information about the device. There are several wires connected to the device, including red, blue, green, and yellow wires. The wires are connected to a yellow connector, which is likely used to connect the device to a power source. The background is a green cutting mat.</caption><transcript><audio_192> sistema de energía de autoconsumo con baterías de litio va a cortar un relé esto es lo más importante y este relé va a ser vuestro mejor amigo en cuanto a sistemas de seguridad jugando</transcript><transcript><audio_193> Tenéis que buscar una BMS que monitorice las pilas individualmente y en caso de detectar algún fallo de voltaje, desequilibrio sobre temperatura o lo que sea negativo, peligroso o malo en estas pilas, automáticamente corte un contactor.</transcript><transcript><audio_194> Y corte el paso de corriente al inverso, para que ni cargue ni descargue. Nos aísle completamente la batería de nuestro sistema. Esto es el motivo por el cual hacen falta las BMS.</transcript><caption><image_195>The image shows a person's hand holding a small electronic device with multiple wires attached to it. The device appears to be a battery, as indicated by the label on the left side of the image. The wires are of different colors, including red, blue, green, yellow, and black. The person is using a screwdriver to remove the wires from the device. The background is a green cutting mat.</caption><transcript><audio_196> lo que está sucediendo dentro de la batería. Los inversores solo ven este voltaje. En este caso verían el voltaje de estas, de dos baterías, no solo de una. ¿Cuál es el aspecto real que tiene</transcript> each battery the inverter will only see the total the inverter does not know what is happening inside the battery it only knows the total voltage if one of the batteries breaks that unbalances the inverter does not know that is the job of the abm s if one of the batteries discharges too much or charges too much or overheats too much or something strange happens with that battery the bird more and this is the most important thing you have to put  In your self-consumption energy system with lithium batteries, a relay is going to cut off, this is the most important thing and this relay is going to be your best friend in terms of security systems. Playing with these batteries, you have to look for a MS that monitors the batteries individually.  And in case of detecting any voltage failure, imbalance over temperature or whatever is negative, dangerous or bad in these batteries, automatically cut a contact, imagine a switch, okay, and cut off the current flow to the inverter so that they can charge and discharge me, okay, I don't know.  completely isolate the battery of our system, this is the reason why the bms are needed is because the inverters do not see what is happening inside the battery. The inverters only see this voltage. In this case, they would see the voltage of these well what is the real aspect of
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