?url_ver=Z39.88-2004&rft_id=1815031093&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rft.title=PENGENDALIAN+DAN+PEMANTAUAN+KECEPATAN+MOTOR+INDUKSI%0D%0A3+FASA+BERBASIS+INTERNET+OF+THINGS+MENGGUNAKAN+PANEL%0D%0ASURYA&rft.creator=RINA+%2C+ARJULINA+NASUTION&rft.subject=000+Ilmu+komputer%2C+informasi+dan+pekerjaan+umum&rft.subject=600+Teknologi+(ilmu+terapan)&rft.description=Seiring+dengan+kebutuhan+energi+yang+meningkat+setiap+tahun+dan%0D%0Akesadaran+perubahan+iklim%2C+energi+terbarukan+dapat+menjadi+solusi+alternatif+untuk%0D%0Amengatasi+masalah+ini.+Dalam+penelitian+ini+menerapkan+energi+terbarukan+yaitu%0D%0Aenergi+matahari+yang+akan+dikonversikan+menjadi+energi+listrik+dengan%0D%0Amenggunakan+panel+surya+agar+terjadi+penghematan+energi+dalam+mengendalikan%0D%0Akecepatan+motor+induksi.+Listrik+DC+yang+dihasilkan+dari+panel+surya+kemudian%0D%0Aakan+disimpan+pada+baterai+untuk+menjadi+sumber+tegangan+pada+inverter.+Oleh%0D%0Akarena+itu%2C+pada+penelitian+ini+bertujuan+untuk+membuat+suatu+sistem+yang+mampu%0D%0Amengendalikan+dan+memantau+kecepatan+motor+induksi+melalui+smartphone%0D%0Adengan+teknologi+Internet+of+Things.%0D%0AProses+pengendalian+kecepatan+motor+induksi+pada+penelitian+ini+dilakukan%0D%0Amelalui+pengaturan+frekuensi+masukan+motor+induksi+yang+dihasilkan+oleh+inverter%0D%0Atiga+fasa+menggunakan+metode+pensaklaran+PWM+yang+diatur+melalui%0D%0Amikrokontroler.+Aplikasi+Blynk+pada+smartphone+yang+terhubung+dengan+jaringan%0D%0Ainternet+akan+memberikan+perintah+perubahan+frekuensi+input+motor%2C+yang%0D%0Aselanjutnya+mikrokontroler+akan+memberikan+sinyal+PWM+untuk+melakukan+proses%0D%0Apensaklaran.%0D%0AHasil+penelitian+menunjukkan+bahwa+hubungan+frekuensi+masukan+motor%0D%0Adengan+kecepatan+motor+induksi+3+fasa+adalah+berbanding+lurus+dimana+pada%0D%0Afrekuensi+30+Hz+kecepatan+motor+yaitu+1049+RPM%2C+pada+frekuensi+40+Hz+kecepatan%0D%0Amotor+yaitu+1149+RPM%2C+dan+pada+frekuensi+50+Hz+kecepatan+motor+yaitu+1556%0D%0ARPM.+Sistem+pengendalian+dan+pemantauan+kecepatan+motor+induksi+3+fasa%0D%0Aberbasis+Internet+of+Things+(IoT)+menggunakan+panel+surya+berhasil+dilakukan+dari%0D%0Amana+saja+selama+rangkaian+NodeMCU+ESP8266+dan+smartphone+terhubung%0D%0Adengan+internet.%0D%0AKata+kunci%3A+motor+induksi%2C+inverter+3+fasa%2C+internet+of+things%2C+energi+terbarukan%2C%0D%0Apanel+surya%2C+blynk%2C+mikrokontroler%0D%0A%0D%0ADue+to+increasing+energy+demand+every+year+and+climate+change+awareness%2C%0D%0Arenewable+energy+can+be+an+alternative+solution+to+overcome+this+problem.+In+this%0D%0Astudy%2C+the+application+of+renewable+energy%2C+namely+solar+energy%2C+will+be+converted%0D%0Ainto+electrical+energy+using+solar+panels+to+save+energy+in+controlling+the+speed+of%0D%0A3-phase+induction+motors.+DC+electricity+generated+from+solar+panels+will+then+be%0D%0Astored+in+the+battery+to+become+a+voltage+source+in+the+inverter.+Therefore%2C+this%0D%0Aresearch+aims+to+create+a+system+that+can+control+and+monitor+the+speed+of+an%0D%0Ainduction+motor+through+a+smartphone+with+the+Internet+of+Things+technology.%0D%0AThe+process+of+controlling+the+speed+of+the+induction+motor+in+this+study+is%0D%0Aby+adjusting+the+motor+input+frequency+generated+by+a+three-phase+inverter+using%0D%0Athe+PWM+switching+method+on+the+microcontroller.+The+Blynk+application+on+a%0D%0Asmartphone+connected+to+the+internet+network+will+give+the+order+to+change+the%0D%0Amotor+input+frequency%2C+which+then+the+microcontroller+will+provide+a+PWM+signal%0D%0Ato+carry+out+the+switching+process.%0D%0AThe+results+showed+that+the+relationship+between+the+motor+input+frequency%0D%0Aand+3-phase+induction+motor+speed+is+directly+proportional+where+at+a+frequency+of%0D%0A30+Hz%2C+the+motor+speed+is+1049+RPM%3B+at+a+frequency+of+40+Hz%2C+the+motor+speed+is%0D%0A1149+RPM%3B+and+at+a+frequency+of+50+Hz%2C+the+motor+speed+is+1556+RPM.+The+Internet%0D%0Aof+Things+(IoT)-based+3-phase+induction+motor+speed+control+and+monitoring%0D%0Asystem+using+solar+panels+is+successfully+carried+out+from+anywhere+as+long+as+the%0D%0ANodeMCU+ESP8266+circuit+and+smartphone+are+connected+to+the+internet.%0D%0AKeywords%3A+induction+motor%2C+3-phase+inverter%2C+internet+of+things%2C+renewable+energy%2C%0D%0Asolar+panel%2C+blynk%2C+microcontroller&rft.publisher=FAKULTAS+TEKNIK&rft.date=2023-07-17&rft.type=Skripsi&rft.type=NonPeerReviewed&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F74281%2F1%2FABSTRAK.pdf&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F74281%2F2%2FSKRIPSI%2520FULL.pdf&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F74281%2F3%2FSKRIPSI%2520TANPA%2520BAB%2520PEMBAHASAN.pdf&rft.identifier=++RINA+%2C+ARJULINA+NASUTION++(2023)+PENGENDALIAN+DAN+PEMANTAUAN+KECEPATAN+MOTOR+INDUKSI+3+FASA+BERBASIS+INTERNET+OF+THINGS+MENGGUNAKAN+PANEL+SURYA.++FAKULTAS+TEKNIK%2C+UNIVERSITAS+LAMPUNG.+++++&rft.relation=http%3A%2F%2Fdigilib.unila.ac.id%2F74281%2F