We keep the network connection and get the data from DHC sensor every 10 minutes, then upload the MQTT server. This way you can send a retained ON message to turn on OTA mode and stop. What you actually want is deepsleep.allow which will re-enable your deepsleep1 sleep/wake cycle. The problem is that the interval was already 60 seconds, deep sleep awake time was 15 seconds and sleep time. This makes it immediately enter deepsleep, so if you send a retained OFF message the device will go to sleep as soon as it boots and mqtt loads the retained messages. The device wakes up reads the values from the bme280 and sends them via MQTT. As the code is in all in SETUP it obviously only runs once and not again unit. I have the following code that '‘works’’ BUT does not always publish the data (currently just sending battery voltage for testing). INIT : Booting version: pygit2notinstalled (ESP82xx Core 929f0fb6, NONOS SDK 2.2.2-dev(a58da79), LWIP: 2.1.2 PUYA support). No GPIOs need to be linked on ESP32 to enable deep sleep like they do on ESP8266. I’m trying to make a remote solar powered temp sensor sending data back to node red via MQTT. just run void setup () system June 5, 2019, 9:07am 4 Care to elaborate I shouldn't need to. I keep getting duplicate MQTT messages after deepsleep happend, which messes with the Homeassistant logging. After each sensor reading the ESP8266 will publish the data to a MQTT broker and then go into a deep sleep for 60 seconds to conserve power. Flipping the switch to 'ON' will prevent Tasmota to enter DeepSleep again after next wake-up until the switch is flipped back OFF. I have commented it out as the Wemos needs to go into Deep Sleep i.e. It's no woonder that you never receive any messages you have subscribed to. A binary sensor is fantastic, publishes any changes as MQTT messages. After your 10 minute nap is over, you completely ignore the MQTT client you are running. I've been playing with it for an hour now, and I'm really not understanding the conventional way to 'do things'. To compare the result with the case without entering power-saving mode, we modify the sample code as below. publish status of GPIO on via MQTT deep sleep I've got this working in the ESP-IDF, but figured I'd give it a try in ESPHome to see what's what. Therefore, we should keep Ameba in the deepsleep mode as far as possible to save energy. This is because the power consumption of Ameba in operation is usually larger than 29mA, and when Ameba is using wifi connection the power consumption is larger than 68 mA, which are considerably larger than the 0.018 mA power consumption in deepsleep mode. This number is larger than the one we get in the “DeepSleepWithDHT” example. In our case, the program completes in 13 seconds, the power consumption of the Ameba Module is 1.3mA. When the ESP8266 wake up, it will need to first initialising the WiFi, initialising the connection to the MQTT host, in this case the. The actual power cosumption depends on many factors such as network condition, the time it takes for the server to respond. Modify detailed settings in the sample code:Ĭompile and upload to Ameba. Open “File” -> “Examples” -> “AmebaPowerSave” -> “DeepSleepWithDHTLass” In this example, we will get the humidity and temperature data from DHT, connect to AP, retrieve NTP time, upload the data to LASS MQTT server, then enter deepsleep mode every 10 minutes.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |