Search Results for "control system"

mySQM+ Sky Quality Meter/Weather Station (c) R Brown, 2020-2024, All rights reserved. Permission is granted for personal and Academic use only. 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/

The motivation of this project is to monitor and control several energy-sources like wind generators or solar panels. It will develop to a full and low-cost smarthome-solution, but for now we started to capture the weather as a basis to calculate the efficiency of the energy-sources. The client-server architecture consists of several clients (ie. the weather-station, a station to measure the power consumption, the charge controller, rgb-controller for the lights, shutter controller, etc...

... 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

... and the Timer/Regulator board. The Main controller board performs all the processing of the system. The timer/regulator board converts the 12vdc input voltage to the 3.3v and 5v DC voltages used by the main controller board. The timer/regulator board communicates with the main board via a serial communication cable. The timer/regulator board can be commanded by the main board to power the system down for a precise interval in order to conserve battery power. A Web-based control panel SW is included.

A weather-station control system for the AAG WSI-603 weather station and other 1-Wire based systems. Uses the OWFS 1-wire file system as the interface to 1-Wire system

The service takes advantage of the environmental control networks existing along the city of Bilbao and the indicators elaborated by their data. These networks consist in a number of networked meteorological stations metering atmospheric variables and other related to pollution, level of pollen in the air, etc. The system uses other data sources in order to provide the user with a complete information overview, including predictions, and taking account predictive simulation and risk...