Kit to mount DIY Anemometer Arduino connected Sigfox OpenWindMap sensor Low-Cost

Kit to mount DIY Anemometer Arduino connected Sigfox OpenWindMap.

Attention: kit to assemble fully delivered as in the 1st photo.

Here is a connected anemometer allowing a low-cost alternative to current beacons on the market.

We warn all the time: This is an amateur development, OpenWindMap compatible, proposed by the community, for which we do not have much hindsight and which will not have the same reliability as an industrial tag.

You will have access to the live wind conditions of the spot with a reading every 10 minutes. The entire kit is delivered to assemble.

- Sigfox communication offered in the 1st yearthen 20€ TTC/year to subscribe directly to OpenWindMap, data searchable via the OpenWindMap network.

https://forum.openwindmap.org/topic/325/renouvellement-des-abonnements

- Transmission of data every year 10 minutes !
- Solar panel + battery = No battery to change!
- Autonomy of more than 3 months without sun
- Waterproof remote electronic box independent of the sensor.
- Easy mounting on the spot, since completely independent of wifi, 220v ...
- Geographical positioning of the manual tag by sending a message on https://forum.openwindmap.org/topic/167/mettre-%C3%A0-jour-la-position-d-une-station

Compatible with OpenWindMap / Pioupiou networks.

Compatible with the FFVL Beacon network: example:   https://balisemeteo.com/balise.php?idBalise=2800
For the FFVL, make a request to tags => balises@ffvl.fr

Example of tag consultation: https://www.openwindmap.org/PP933

IOS App: https://apps.apple.com/fr/app/pioupiou-live-wind/id1235894756

Android app: https://play.google.com/store/apps/details?id=tech.altostratus.pioupiou

For the protection electronic turntables against moisture, we strongly recommend the application of a Tropicalization varnish.

Low-cost sensor:

Anemometer + entry-level weather vane.

This sensor is an entry-level sensor. It can be used for economic beacon projects and/or in low-exposure areas.
For applications requiring more reliability and precision, we recommend the Davis 6410.

Contents of the kit:

- Low-cost sensor
-Case
- HUB electronic turntable
- Arduino MKR FOX 1200 programmed and assigned to the OpenWindMap network
- Arduino Sigfox antenna
-Battery
-Solar panel
- Aluminum self-adhesive label with Unique tag number.
- Assembly instructions