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ITS » Non Degree » D3 metrologi dan instrumentasi
Posted by aprill@is.its.ac.id at 01/03/2016 14:41:56  •  1185 Views


RANCANG BANGUN SISTEM MONITORING INTENSITAS RADIASI MATAHARI BERBASIS ARDUINO MEGA 2560

DESIGN OF SOLAR RADIATION INTENSITY MONITORING SYSTEM BASED ARDUINO MEGA 2560

Author :
FIRMAN, ANNISA AMADHEA ( 2411031056 )




ABSTRAK

Pada penelitian ini telah dilakukan sistem monitoring intensitas radiasi matahari yang bertujuan untuk mengetahui besarnya radiasi matahari dan jumlah energy yang dipancarkan ke bumi dan prinsip kerja alat ukur intensitas radiasi matahari yaitu sensor phototransistor PT501 menerima cahaya matahari sebagai input dan masuk ke voltage divider sebagai rangkaian yang dapat mengkonversi resistan menjadi tegangan dan dapat terbaca oleh arduino sebagai pemrosesan sinyal. Dari arduino akan dikonversi lagi menjadi keluaran intensitas radiasi matahari yaitu watt per meter persegi. Setelah keluaran sesuai dapat dimonitor menggunakan system komunikasi Visual Studio 2008. Didapat hasil kalibrasi dari pengujian sensor phototransistor PT501 didapat ketidakpastian alat ukur Ua1 sebesar 32.98 ketidakpastian regresi alat Ua2 sebesar 100.314 resolusi digital sebesar 0.01 ketidakpastian resolusi Ub1 sebesar 0.003 ketidakpastian kombinasi Uc sebesar 105.59 Veff sebesar 9.71 dan ketidakpastian alatukur Uexp sebesar 0.0036. Karakteristik statik pada alat yaitu range sebesar 101.22 Wm2654.87 Wm2 sensitivitas sebesar 0.747 linieritas sebesar 1.27 dan akurasi kesalahan sebesar 98.56.


ABSTRACT

In this research has been done to build solar radiation monitoring system in order to determine the amount of solar radiation and the amount of energy emitted to the earth and the work principle of this instrument is sensor phototransistor PT501 detect sun light as input and enter to voltage divider as circuit which can converted resistant become voltage and can be read by arduino as signal processing. From arduino will be converted into output solar radiation intensity is watt per meter square. The output can be monitor used communication system Visual Studio 2008. Result calibration from testing phototransistor PT501 sensor is instrument uncertainty Ua1 is 32.98 regression uncertainty Ua2 is 100.314 digital resolution is 0.01 resolution uncertainty Ub1 is 0.003 combination uncertainty Uc is 105.59 Veff is 9.71 and instrument uncertainty Uexp is 0.0036. Static characteristic of solar radiation intensity instrument is range is 101.22 Wm2 654.87 Wm2 sensitivity 0.747 linearity 1.27 accuracy 1.44 and accuracy 98.56.



Keywordsintensitas radiasi matahari; arduino; visual studio 2008
 
Subject:  Alat pengukur; Arduino (mikrokontroler)
Contributor
  1. Ir. YAUMAR, MT
  2. Dr. RIDHO HANTORO, ST, MT
Date Create: 01/03/2016
Type: Text
Format: pdf
Language: Indonesian
Identifier: ITS-NonDegree-24102150001367
Collection ID: 24102150001367
Call Number: RSF 629.895 Fir r


Source
Non Degree of Physics Engineering, RSF 629.895 Fir r, 2016

Coverage
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Rights
Copyright @2016 by ITS Library. This publication is protected by copyright and per obtained from the ITS Library prior to any prohibited reproduction, storage in a re transmission in any form or by any means, electronic, mechanical, photocopying, reco For information regarding permission(s), write to ITS Library




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  1.  ITS-NonDegree-40469-2411031056-abstract_id.pdf - 101 KB
  2.  ITS-NonDegree-40469-2411031056-abstract_en.pdf - 98 KB
  3.  ITS-NonDegree-40469-2411031056-conclusion.pdf - 102 KB




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