Ultraljudsanemometer och energieffektivisering av inbyggda system
Ultraljudsanemometer och energieffektivisering av inbyggda system
This report describes an ultrasound anemometer and its evaluation. This anemometer is a possible alternative for the automated weather stations which will be built in Africa as a part of WIMEA-ICT project. The project is done in cooperation with Norad and different universities in Africa and Norway. The report covers the assembly of the ultrasound anemometer and evaluation of both software and hardware in this embedded system. Two different type of the anemometer are assembled. The hardware and the software of the anemometers and the whole systems as embedded systems are tested. In addition, the whole system is analyzed and suggestions to increase the energy efficiency of the systems are given. Den här rapporten beskriver en ultraljudsanemometer och en utvärdering av den. Denna anemometer är ett tänkbar alternativ för automatiserade väderstationer som ska upprättas i Afrika som en del av WIMEA-ICT projektet. Projektet sker i samarbete med Norad och olika universitet i Afrika och i Norden. Rapporten avhandlar hopsättningen av ultraljudsanemometern och utvärderingen av både hårdvara och mjukvara i detta inbyggda system. Två olika prototyper av anemometern monterades. Dessa testades ur aspekter som hårdvara, mjukvara samt i helhet som ett inbyggt system. Vidare gjordes en analys av hela systemet och förslag till energieffektivisering för systemet gavs.
Energy efficiency, Inbyggda system, Analog electronics, Vindmätare, Ultraljudsanemometer, Analog elektronik, Electrical Engineering, Electronic Engineering, Information Engineering, Ultrasound anemometer, Embedded system, Elektroteknik och elektronik, Wind gauge, Energieffektivisering
Energy efficiency, Inbyggda system, Analog electronics, Vindmätare, Ultraljudsanemometer, Analog elektronik, Electrical Engineering, Electronic Engineering, Information Engineering, Ultrasound anemometer, Embedded system, Elektroteknik och elektronik, Wind gauge, Energieffektivisering
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