Lightning report - any idea ?
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Hi ,
I found this simple setup for lightning detection
[https://create.arduino.cc/projecthub/runtimeprojects/a-lightning-detector-for-arduino-9f679c](link url)
is there some way to implement it with mysensors to see it for example in domoticz ?
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There are some actual distance sensors for lightnings (you can find them on many sites) that returns a distance value that can be sent to controller. The linked setup can just detect if one has struck within 10-20km. I don't get if could be of any use.
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Yes this is true but these requires of buying sensors for about 30€ for example AS3935 , I think that one , which I mentioned is cheap because it only needs 2x 10 kOhm and 3,3 mOhm resistors . Only problem which I had is bring that code works with mysensors.
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You would have to treat it like a pir sensor
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@warmaniac - this is an old thread but here is a example for lightning sensors: https://forum.mysensors.org/topic/880/sketch-for-lightning-sensor/11 (with distance).
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yes , but this solution needs buying of sensor which costs about 25-30 € , this what I write , take a look on it needs only resistors and wires (plus arduino and radio of course)
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@warmaniac - I was thinking you could use the code for your home-made sensors.. types and so on. Just for inspiration.
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the one you are trying to build it is a detector, not really a sensor
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The project you linked to uses a feature of the atmega to speed up the a/d sample rate, leaving little processing for other work. It also sends a 512 byte payload, whih is nice for graphing, but Im guessing you'd like a count of lightning, strength, and distance. This one would give strength and count. If I were doing this, I'd use 2 arduinos, 1 as a detector, 1 to parse the data and act as the mysensors node. Look through the apu docs. There is probably a reasonable data type to send the processed data to domoticz or what ever you like.
If I were really doing this, I would look for a more robust detector using discrete components. And connect it to an arduino/mysensors node.
This one may work. (Maybe more complicated to build)
http://www.techlib.com/electronics/lightningnew.htmAn old am radio tuned to an unused frequency, could be connected to an arduino analog pin with some resistors and capacitors, and sampled at 9600 samples/sec or less and could be done with 1 arduino.
