<transcript><audio_60> Si este es el voltaje al cual el inversor, una vez que ha llegado, va a dejar de descargar la batería y se va a ir a la red, ¿por qué tenemos aquí 40 voltios?</transcript><caption><image_61>The image is a screenshot of a computer screen with a blue background. On the screen, there is a pop-up window with various options for charging devices. The window is titled "Charger source priority" and has a green button at the bottom right corner that says "Refresh". 

At the top of the window, there are several tabs for different types of chargers, such as "Charge source priority", "Back to Gold usage", and "Output source priority". There are also options for setting up the charger source priority settings.

On the left side of the screen is a text field where the user can enter the type of charger they want to charge. Below the text field is a drop-down menu for selecting the charger type and a checkbox for enabling or disabling the charger. On top right side is a button to refresh the settings. 
There is also a "Cancel" button on the bottom left corner, indicating that the user is in the process of setting up their charger.</caption><transcript><audio_62> esto es lo mínimo que me deja seleccionar el inversor 5048MG 44 voltios, la batería la podría descargar hasta 44 voltios en teoría, sin embargo ahora vamos a ver que esto</transcript><caption><image_63>The image is a screenshot of a computer screen with a blue background and white text. On the screen, there are several options for setting up an AC charge amplifier. 

At the top of the image, there is a menu bar with various options such as "Set", "Set" and "Set". Below the menu bar, there has a drop-down menu with options like "Back to Gold voltage", "Back-to-gold voltage", and "Outlook screen priority".

On the right side of the screen there is an option to "Back up to gold voltage" with a green "OK" button. Below that, it has a text field for entering the current voltage and a button for setting the voltage.

The image appears to be a tutorial or guide on how to set up the AC Charge Amplifier.</caption><transcript><audio_64> La única manera que he encontrado de utilizar este sistema con las baterías de Tesla es precisamente lo que hemos visto antes, con el sistema de la batería.</transcript><transcript><audio_65> la red de entrada de la casa este valor sigue siendo aplicable le dices al inversor bien cuando llegues a 44 voltios cambia a la red deja de descargar la batería y vete a la red el problema es que</transcript><video><caption><image_66>The image is a screenshot of a computer screen with a window open. The window is titled "Charge source priority" and it appears to be a form for setting up a battery. 

At the top of the window, there are several options such as "Charger source priority", "Battery type", and "Back to gold voltage". Below the options, there is a text field where the user can enter the battery type and back to the battery voltage.

On the right side of the screen, there has a button labeled "Back To Gold voltage" which is likely used to set the voltage for the battery. On the left side, it seems like the user is in the process of setting up the battery, as indicated by the text field.
- There is also a checkbox next to the checkbox that says "Check for status".

The background of the image is blue, and the window has a white border. There are also several icons on the bottom right corner, including a phone, a calculator, and a magnifying glass.</caption><caption><image_67>The image is a screenshot of a computer screen with a blue background. On the screen, there is a menu bar with various options for the user to choose from. The options are:

At the top of the menu bar, there are several options such as "File", "Edit", "View", "Help", and "Help". Below the options, it says "File" and "Edit".

On the right side of the screen is a text box with the text "File Change Area". Below that, there has a list of fields for entering the file name, file type, and file type. There is also a button that says "Back to the Grid" and a "Next" button.

In the bottom right corner of the image, there appears to be a window with a view of a city skyline. The window has a white border and a blue header.</caption></video><transcript><audio_68> Pero tu red no está disponible, la has cortado. Entonces el inversor sigue descargando la batería y va a bajar hasta los 40 voltios. De esa manera vamos a poder aprovechar esa capacidad de la batería sin que el inversor cambie la red. Obviamente, ¿qué sucedería si bajamos a 40 voltios?</transcript> volts and you are going to ask me, okay, if this is the voltage at which the inverter, once it has arrived, will  stop draining the battery  and it will go to the grid because we have 40 volts here the explanation is quite simple this is the minimum they let me select the inverter 50 48 m 44 volts the battery could discharge up to 44 volts in theory however now we are going to see what For battery discharge purposes, this is not very efficient because we are leaving a lot of energy in the battery. The only way I have found to use this system with Tesla batteries is precisely what we have seen before, cutting off the network if you cut it.  the input network of the house this value is still applicable you tell the inverter okay when you reach 44 volts switch to the network stop discharging the battery and go to the network problems that the inverter tells you okay if I have reached 44 volts but  Your grid is not available, you have cut it off, so the inverter continues discharging the battery and it will go down to 40 volts. That way we will be able to take advantage of that battery capacity. able to take advantage of that battery capacity. The inverter changes the grid. Obviously, what would happen if we go down to 40?  volts,
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