Search Results for "sourceforge.net/projects/winpython/files/winpython_3.8/3.8.10.0/winpython64-3.8.10.0.7z"

...Code or portions of code may not be copied or used without appropriate credit given to author(s). EXPANSION BOARDS - You can expand this project using the two types of project expansion boards at https://sourceforge.net/projects/myesp-boards/

#ESP.Meteo: Solar Wi-Fi weather station on ESP12 + ionistor + solar panel Current Functionality: *Forecasting the probability of frosts (according to the methods of Professor Brounov) *Forecast of the height of the lower edge of the cloud (VNGO by Selezneva) *Calculation of the height of the sensor according to the barometric formula (altimeter, for other projects) *Measurement of street temperature *Measurement of outdoor humidity *Measurement of street pressure *Calculation of the dew point *Monitoring of voltage on ionistors (charge-discharge control) *Monitoring the opening of the box flap with potatoes *Monitoring the system time-out every 5 minutes (operating time ~ 480 ms) *Monitoring the temperature on the balcony (the ability to connect up to 16 sensors DS18B20: 2 groups of 8 sensors per two APIKEY) *Sending data to the Thingspeak cloud *Sending data to Twitter

Program to display and save data received from 2B Technologies ozone monitor (Model 205 or 202) and the Lufft WS501-UMB weather station. Data archival in separate files for each 24 hour segment.

This electronic weather station system involves two weather stations that communicate with each other via XBEE RF modules and upload and download information from a Website via an RN-171-XV Wi-Fi module. The design files include the Fritzing CAD files, the etchable PDF PCB layout files, the Gerber files, parts listings, software listings (embedded software listings and Website scripts), and schematics of the circuit boards. There are two circuit boards which are the main controller board and the Timer/Regulator board. The Main controller board performs all the processing of the system. ...