<transcript><audio_0> Vengo ahora con otro vídeo que me habéis pedido, varios de vosotros me han preguntado sobre cómo configurar los inversores para utilizarlos con la batería Tesla que estoy fabricando.</transcript><caption><image_1>The image shows two electrical equipment mounted on a white wall. The equipment is grey in color and has a digital display on the front panel. On the left side of the image, there is a control panel with various buttons and switches. In the center, there are two white panels with a yellow triangular warning sign on them. The panels are connected to a power supply unit with a blue cable. The background is blurred, but it appears to be a laboratory or laboratory setting.</caption><caption><image_2>The image shows a corner of a room with a white wall and a gray door. The door appears to be closed and there is a black wire running along the left side of the image. On the right side, there are two pieces of wood, possibly plywood or plywood, leaning against the wall. The image is taken from a low angle, looking up at the door.</caption><transcript><audio_3> como os he contado en varios vídeos, es una batería compuesta por dos elementos de un coche, de un Tesla modelo S. Cada elemento, cada</transcript><video><caption><image_4>The image shows a close-up of a laboratory equipment. The equipment is white in color and has a control panel on the left side with various buttons and switches. On the right side, there is a large control panel with a yellow triangle symbol on it. In front of the control panel, there are several wires and cables connected to it. The image appears to be taken in a laboratory or industrial setting.</caption><caption><image_5>The image shows a white wall with a Tesla logo on it. On the left side of the wall, there is a white cabinet with a blue label that reads "Tesla". On the right side, there are several wires and cables hanging on the wall. In the center of the image, there appears to be a gray Tesla logo. The background is blurred, but it seems like the wall is in a room with other electrical equipment.</caption><caption><image_6>The image shows a close-up of a gray door with a white frame. The door appears to be made of metal and has a handle on the right side. On the left side of the door, there is a white electrical outlet with a black cord attached to it. The background is a plain white wall. The image is taken from a low angle, looking up at the door.</caption><caption><image_7>The image shows a white Tesla charging station with a gray panel on the right side. The panel has the word "Tesla" written on it in black letters. On the left side of the panel, there is a blue and white sign with the Tesla logo. The charging station has a black cable attached to it. The background is a plain white wall.</caption><caption><image_8>The image shows a laboratory setup with various electrical equipment. On the left side of the image, there is a control panel with a digital display and several wires and cables connected to it. In the center, there are two white boxes with blue and black wires attached to them. Above the boxes, there appears to be a yellow warning sign with a black exclamation mark on it. On top of the boxes is a black panel with the word "TESLA" written on it, indicating that the equipment is related to the Tesla brand. The background is white, and there are several other electrical equipment visible in the image.</caption></video><transcript><audio_9> Y simplemente os voy a comentar cómo hacer el setup, cómo hacer la configuración de los inversores para no quemar, no estropear la batería, ni sobrecargándola, ni dejándola por</transcript><transcript><audio_10> debajo de los valores mínimos recomendados de voltaje. En otra ocasión seguiremos con el vídeo de la Tesla Powerwall, la réplica, el clon que estoy haciendo de la Tesla Powerwall. Bueno, aquí podéis ver que ya le he</transcript><video><caption><image_11>The image shows a close-up of a white wall with a Tesla logo on it. On the left side of the image, there is a white cabinet with a blue label that reads "Tesla". On the right side, there are several wires and cables connected to a power supply unit. In the center of the wall, there appears to be a gray panel with the word "TESLA" written on it in white letters. The panel is attached to the wall with screws. The background is blurred, but it seems to be an indoor space with white walls.</caption><caption><image_12>The image shows a close-up of a Tesla logo on a white wall. The logo is in the center of the image and is written in black capital letters. Below the logo, there is a gray panel with the word "TESLA" written in white letters. The panel appears to be made of metal and has a sleek, modern design. The background is blurred, but it seems to be a part of a larger machine or equipment.</caption></video><transcript><audio_13> estoy esperando un poquito porque me he quedado sin imprimación, tengo que darle un par de capas más tengo aquí varias piezas pero bueno, no es el tema de hoy, tengo aquí el rútulo preparado, la pintura Tesla original de color blanco etcétera, pero bueno</transcript><caption><image_14>The image is a close-up of a door with a white wall on the right side. The door appears to be closed, as there is a small window on the left side of the image. The wall is painted in a light grey color and there is some text on the bottom right corner that is not clearly visible. The image is taken from a low angle, looking up at the door and the wall. There is a shadow of a person's shadow cast on the wall, creating a sense of depth and dimension.</caption><transcript><audio_15> Vamos a centrarnos en el tema de hoy que es cómo figurar los inversores. Los inversores se pueden configurar de varias maneras. Concretamente yo conozco tres. Una de ellas, la más básica, es directamente</transcript><caption><image_16>The image shows a white electrical panel with a yellow warning sign on the left side. The warning sign is a triangular symbol with a lightning bolt in the center. On the right side of the panel, there is a digital display screen and several buttons. The panel appears to be mounted on a white wall. There is also a blue power cord attached to the panel.</caption><transcript><audio_17> podemos entrar a la configuración le daríamos aquí mantendríamos el enter hay unos menús esto se hace simplemente siguiendo las instrucciones que vienen con el inversor es ese papelito que viene con el inversor que normalmente se deja encima de la menú</transcript><video><caption><image_18>The image shows a close-up of a white panel with a blue screen on top. The panel appears to be a control panel for a solar panel, as indicated by the logo of the company "Mpp Solar" on the bottom right corner. The logo is a yellow triangle with a black exclamation mark in the center, which is likely a symbol of radiation or radiation. On the top left corner of the panel, there are several buttons and switches, likely for controlling the panel's settings. The background is blurred, but it seems like the panel is mounted on a wall.</caption><caption><image_19>The image shows a gray-colored control panel with a blue screen on top. The panel has a warning sign on the left side with a yellow triangle and a black exclamation mark. On the right side, there is a blue cable connected to the control panel. Above the panel, there are two yellow warning signs with black text. The control panel appears to be mounted on a white wall.</caption><caption><image_20>The image shows a control panel mounted on a white wall. The panel is rectangular in shape and has a black screen on the top. On the left side of the panel, there is a yellow warning sign with a lightning bolt symbol. Below the warning sign, there are two blue wires connected to the panel. The control panel also has a red and yellow hazard symbol on the bottom right corner. The background is blurred, but it appears to be a laboratory or industrial setting.</caption></video> Very good everyone, I come now with another video that one of you has asked me for. Well, several of you have asked me about how to configure the inverters to use them with the test battery, the one I am manufacturing, this Tesla battery, as I have told you in several videos, it is a  battery composed of two elements of a car of a model the inverters and I am simply going to tell you how to do the setup how to configure the inverters so as not to burn out or damage the battery or overload it or leave it below the minimum recommended voltage values ​​on another occasion we will continue with the latex video  the power wall the replica the clone that I'm making out of latex the powerball well here you can see that she gives it the layer of primer I'm still waiting a little because I've run out of primer touch give it a couple more layers I have several pieces here but well  is not the issue of  Today I have the sign here prepared, the paint is the original, white, etc., but well, let's focus on today's topic, which is how to configure the inverters. The inverters can be configured in several ways, specifically, I know three of them, one of them being the most basic.  It is directly from the keyboard the inverter keyboard we can enter the configuration we would press here we would hold the enter there are some menus this is done simply by following the instructions that come with the inverter that little piece of paper that comes with the inverter that is normally left
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