9/4/2023 0 Comments Gosund smart plug outdoor![]() However, if there is a power outage, your Gosund smart plug may not work when the power comes back on. This is extremely convenient, especially when you're not home. That's where Gosund comes in, allowing you to control your devices with an app on your smartphone.įor example, you can plug in a fan and a humidifier to the Gosund smart plug and then use the app to turn the devices on/off or set a schedule. ![]() ![]() While devices such as Alexa and Google Home can be controlled by voice, many home products can't. Gosund smart plugs have made managing our wired devices at home much easier. Why Isn't My Gosund Smart Plug Working After A Power Outage? In addition, we will answer other frequently asked questions about the Gosund smart plug, so read on! In this article, we will walk you through each of these steps to get your Gosund smart plug working. These are the most common ways to get your Gosund smart plug working again after a power outage. Verify that there is a Wi-Fi connection.Check that the outlet is receiving power.If your Gosund smart plug is not working after a power outage, there are a few things you can try in order to troubleshoot the issue: Let's take a look at troubleshooting your Gosund smart plug so that you can get it up and running again. However, if there is a power outage, then you may have issues getting it to work. You will choose this board for instance based on you criteria of connectivity, do you need ethernet? Bluetooth? Wifi? RF? GSM? Sigfox? RF? And then it's capacity to run what you will need it to run such as a REST Api, MQTT server, Socket server and so on.Gosund smart plugs have changed the way we manage our wired devices at home. Usually this gateway board use a slightly bigger and easier to use processor for instance something running able to run Linux as IMX6, IMX8 or raspberry pi or something like that with the proper connectivity and servers one would need. ![]() And that gateway board would control your slaves, and all your requests would go through it and the slaves will go through the gateway to get to you. ![]() If for some reason you would be requiring more that one MCU then we would go with a "gateway" that will act as the brain of the operation. Or the most commonly use approach at least in R&D is to drive down the cost by using one or several MCU as needed (for instance ESP32 family) and using them as the base board for the sensors and relays and so on, you would use them to get data from the sensor using and switching outputs such as relays or electrovalves. There's two approach, either you buy each individual "smart" stuff ie sensors relays and so on which will include in each of them a MCU + one feature (for instance relays or sensor or electrovalve or whatever). I assume that you are also going to use some sensor and this kind of things. So one would basically connect a relay to a Micro Controller Unit (MCU) with the necessary connectivity to receive the command and pass them to the relay. The command can also be via I2C, for instance with this relay you will have to use I2C to explain to the relay board which switch you want to flip. A relay is exactly a "smart plug" without the smart part, basically a relay is a simple device that will flip a switch based on a command, that command can be simply to put a certain voltage to it's pin (most likely 3.3V or 5V when it comes to IOT). Generally speaking, in such case one would simply use a relay. ![]()
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