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  • in reply to: Thanks for posting your LoRa configuration! #193
    greno
    Participant

    Also, I need to replace my temp/humidity sensor since it often will give errors when I read from it. That’s why there are often gaps in the chart for temp and humidity. If you pick a longer timeframe (other than hour), you can see I’m getting some data.

    in reply to: Thanks for posting your LoRa configuration! #192
    greno
    Participant

    Wow, the work you’ve done with your boards look great! Congrats on getting your anemometer working.

    How are you debouncing the anemometer signal? I first thought I could do it in software, but given how fast the pulses were coming in, I thought I would miss it if I did it in software. So I found a debounce hardware circuit that seems to work really well. I have no engineering qualifications and am a total amateur, so I’m not sure if it’s the best way to implement it. But it seems to be pretty close to the readings from a local airport.

    My prototype weather station has been running pretty continuously since January. I used a ESP32 with LoRa as a gateway, and send readings every 20 seconds to my hosted MySQL database. I also built a Angular web app to display the info.

    Here’s a link to the site. I documented my setup in About section. I’m surprised that the thing hasn’t shorted out with the rats nest of wires.

    https://greggreno.com/weather-dashboard/#/dashboard

    If you look at the Battery chart and select The Past Week, you can see how the battery charges and discharges over time. It’s pretty clear that I didn’t need a solar panel as big as I used (2W / 6V, 5.4″ x 4.4″ x 0.2″).

    -Gregg Reno
    gregg@greggreno.com

    in reply to: Thanks for posting your LoRa configuration! #132
    greno
    Participant

    Sounds like an interesting project!

    I now have an anemometer working with a non-LORA ESP32 board I have, and it was a bit of work to get it functional but I’m happy with the results. If you do wind up adding an anemometer, I would recommend going with a hardware approach to debouncing. Without a debounce, the readings were not usable. In my opinion, using a software debounce approach won’t work because (depending on what your debounce delay is), you wouldn’t be able to read higher wind speeds without dropping signals.

    I based my system on these two videos, although I did have to change the capacitor and modified the software a bit, but still highly recommended:

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02-05-2020