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Archive for the ‘monitoring’ Category

Apr
27

ArdaSol – Photovoltaic Energy Monitoring System

ArdaSol, arduino, Energy, monitoring, Photovoltaic, solar Commenti disabilitati su ArdaSol – Photovoltaic Energy Monitoring System 

image002

Heinz Pieren writes:

ArdaSol is the project name for my solar energy and Arduino based monitoring system. This description shows how the system is built and how it works. The energy production of a photovoltaic plant is monitored and also the consumption or feeding to grid of the energy. Data acquisition during a solar day and publishing on the internet is also a function of this system.

ArdaSol – Photovoltaic Energy Monitoring System - [Link]

Giu
24

Monitoring falcons with intelligent nests

arduino, Enviroment, ethernet, falcon, mega, monitoring, research, rfid, science, science experiment, shield, Spain Commenti disabilitati su Monitoring falcons with intelligent nests 

horus - falcon

The Lesser Kestrel (Falco naumanni) is a small falcon at the center of HORUS, a project aiming to develop a system for automatic real-time monitoring of colonial falcons at Doñana Biological Station, a public Research Institute in Spain.

The falcons breed in nest-boxes on the window sills which the  research team converted into “smart nest-boxes”: they have sensors to identify the falcons entering the box using RFID tags, but also cameras and other equipment controlled by and Arduino Mega.

 

Horus project

That’s how they use it:

This board is based on the ATmega2560, an economic, low power and robust microcontroller. It controls and processes the nest’s sensor information. This board communicates with sensors and other components, and processes the collected information that is sent to the process server over the communication interface.
The program implemented in the microcontroller performs the following tasks:
- Communicates with the process server over a communication interface, and synchronize clock time with this.
- Checks infra-red barriers. Each nest-box has two infra-red barriers at both extremes of the corridor. The sequence in which they are activated indicates whether birds enter or leave the nest-box.
- Checks if the RFID reader has read a code from ringed kestrels.
- Obtains the body mass measurement from a digital balance.
- Reads the temperature and humidity of the nest.
- Controls the RFID reader to identify individuals.

You can follow daily updates on their Facebook page and find all the info on the page of the Horus  project and on  the Wiki.

 

 



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