Does anybody have work on any Personal Weather Ststion? Looking to display the data.
Anything here?
https://discourse.nodered.org/search?q=weather%20station%20%23share-your-projects%20order%3Alatest
I did look on before. all what I found was related to get the data from online weather service. What I am looking is for a PWS installed in my house and get the information local in my Observatory PC.
I found couple but the are using HA with some nodes no available in Nore Red, ex. eqwittmttq server.
Looking now into WeeWX to see how I can implement on Node Red. I am a 72 Year new on node red
I recently shared one of my projects that might perform some of the tasks you are looking for.
I've written an 'Installation Guide' (there's a link on the website) that explains all about the project.
If you would like to read about it, I've published it on my 'Share my projects' website here...
https://teamwork-int.com/share_my_projects/
If you visit the above link you'll need to click on the folder labelled... C_single_sensor_node
SSN_generic_RDS_v05.py is the latest version of the Python script - works with ESP32-S2 and Pico-W
The project uses a BME280 sensor to measure temperature/humidity/air pressure and send the readings via a MQTT broker to Node-RED where the data can be processed. In my particular situation the device is located in a greenhouse at the bottom of my garden. It uses an ESP32-S2-Mini flashed with Micro-Python. Depending on what you want to do, you can use a local or remote MQTT broker.
I have an Oregon weather station that transmits at 433MHz and I use rtl_433 plus receiver to send data to Node-RED. There are quite a few of this type of weather station on the market. Includes rain gauge, wind sensor and temperature sensors
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Thanks for giving us more information.
Do you already have a personal weather station? If so what make and model is it? What sensors does it have?
This might be relevant in how you get the data into Node-red.
I think WeeWX is software to obtain the weather data? I'm not familiar with it, but Node-red is perfectly capable of accepting data from external python code.
I am sure that Home Assistant is very fine software but you can certainly achieve what you want with "just" Node-red. Most people on this forum don't use Home Assistant.
Note that it's easy to add features to Node-red, there is a whole library of such add-ons at flows.nodered.org.
It's very common to use MQTT because it can make communicating between Node-red and other devices very much easier. You might end up using it.
So the first stage is getting weather observations into Node-red. Once you can do that, you can start designing your weather display.
Thanks for your time. I have one Ecowitt GW 1000 server with sensor GS68 Anenometer. Let me tell you that I have the Agg Solo weather from Lunatico that is using UDP to comunicate with a private driver.
I had bad experience with this brand, first I lost a DragonFly unit to control the OBSY, relays failures I did replace it with a PLC Modbus.Now the Anenometer fail so I decide to look for other unit more reliable.
https://lunaticoastro.com/node-red-tutorial-for-dragonfly-and-cloudwatcher-solo/
This link show the flow that I am using with the agg solo weather that I did some changes.
Maybe this will help those who want to help me. THANKS FOR YOUR TIME
Can you share your Node Red flow so I can wotk on it? I will love takenanlook andnsee if I can adopt some ideas.
You will have to change the device ID's to match yours but this is a cutdown version of my flows. The final debug nodes are actually Dashboard chart nodes. The MQTT in is from a Pi running rtl_433 (using a USB receiver to get the info from the actual devices)
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Intl.DateTimeFormat('en-GB', UK_DATETIME_OPTIONS).format(currentValue.time)})\n\nmsg.device = device\n\nreturn msg","outputs":1,"timeout":"","noerr":0,"initialize":"","finalize":"","libs":[],"x":480,"y":240,"wires":[["3f9ce74854e65778"]]},{"id":"3f9ce74854e65778","type":"function","z":"ef3526e3ff0b76d1","name":"Device Type","func":"const device = msg.device\n\n switch (device.ID) {\n case 192:\n device.type = 'Wind Sensor'\n device.name = 'Oregon Wind Sensor'\n device.location = 'Outside'\n\n break\n\n case 140:\n device.type = 'Rain Sensor'\n device.name = 'Oregon Rain Sensor'\n device.location = 'Outside'\n break\n\n case 15:\n device.type = 'Rain Sensor'\n device.name = 'TFA Rain Sensor'\n device.location = 'Outside'\n device.model = 'TFA Dostmann 30.3161'\n break\n\n case 253:\n device.type = 'Environment Sensor'\n device.name = 'Oregon Sensor 01'\n device.location = 'Outside'\n break \n\n case 178:\n device.type = 'Environment Sensor'\n device.name = 'Oregon Sensor 02'\n device.location = 'Conservatory'\n break \n\n case 74:\n device.type = 'Environment Sensor'\n device.name = 'Oregon Sensor 03'\n device.location = 'Hall'\n break\n\n case 115:\n device.type = 'Environment Sensor'\n device.name = 'Prologue Sensor 01'\n device.location = 'Garage'\n break\n\n case 112:\n device.type = 'Environment Sensor'\n device.name = 'Oregon Sensor 04'\n device.location = 'Unknown'\n break\n\n case '0x00158d00047b8337':\n device.type = 'Environment Sensor'\n device.name = 'Aqara Sensor 02'\n device.location = 'Main Bedroom'\n break \n\n case '0x00158d000486d817':\n device.type = 'Environment Sensor'\n device.name = 'Aqara Sensor 01'\n device.location = 'Living Room (Front)'\n break \n\n case '286E0E79A200030C':\n device.type = 'Temperature Sensor'\n device.name = 'Sensor DS18b20 01'\n device.location = 'Study'\n break\n \n case '28221F79A20003B5':\n device.type = 'Temperature Sensor'\n device.name = 'Sensor DS18b20 02'\n device.location = 'Study'\n break \n\n case '2872CBD31E19018D':\n device.type = 'Temperature Sensor'\n device.name = 'Sensor DS18b20 03'\n device.location = 'Study'\n break \n\n case '0x00158d00053f5842':\n device.type = 'Environment Sensor'\n device.name = 'Aqara Sensor 03'\n device.location = 'Blue Bedroom'\n break \n\n case '0x00158d00032d55b4':\n device.type = 'Environment Sensor'\n device.name = 'Aqara Sensor 04'\n device.location = 'Pink Bedroom'\n break \n\n case '0x00158d0006694b41':\n device.type = 'Environment Sensor'\n device.name = 'Aqara Sensor 05'\n device.location = 'Dining Room'\n break \n \n case '0x00158d00067c109f':\n device.type = 'Environment Sensor'\n device.name = 'Aqara Sensor 06'\n device.location = 'Bathroom'\n break \n \n case '0x00158d00068b8e6c':\n device.type = 'Environment Sensor'\n device.name = 'Aqara Sensor 07'\n device.location = 'On Suite'\n break\n\n case '0x00158d00068b6be4':\n device.type = 'Environment Sensor'\n device.name = 'Aqara Sensor 08'\n device.location = 'Living Room (Rear)'\n break\n \n case '0x00158d0006a03909':\n device.type = 'Environment Sensor'\n device.name = 'Aqara Sensor 09'\n device.location = 'Study'\n break\n \n case '0x00158d000644479d':\n device.type = 'Light & Presence Sensor'\n device.name = 'Aqara Motion Detector 01'\n device.location = 'Study'\n break\n \n case '0x588e81fffe641873':\n device.type = 'Router'\n device.name = 'Tradfri Repeater 01'\n device.location = 'Living Room (Front)'\n break\n\n case 'Sensor_BME280_01':\n device.type = 'Environment Sensor'\n device.name = 'Sensor BME280 01'\n device.location = 'Study'\n break\n \n \n default:\n device.type = 'Unknown'\n device.name = 'Unknown'\n device.location = 'Unknown'\n\n }\n\nmsg.device = device\nmsg.topic = msg.topic + '/' + device.location\n\nreturn msg","outputs":1,"timeout":"","noerr":0,"initialize":"","finalize":"","libs":[],"x":710,"y":240,"wires":[["b668098b8aa73bb4","79db588078c73821"]]},{"id":"b668098b8aa73bb4","type":"debug","z":"ef3526e3ff0b76d1","name":"debug 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