RANCANG BANGUN PROTOTIPE AUTOSWITCH COORDINATION PEMBANGKIT HYBRID MENGGUNAKAN SENSOR ARUS DAN SENSOR TEGANGAN BERBASIS MIKROKONTROLER (PROTOTIPE DESIGN OF THE AUTOSWITCH COODINATION HYBRID POWER PLANT USING CURRENT SENSOR AND VOLTAGE SENSOR BASED BY MICROCONTROLLER)

Edy Setyo Bayu Aji, 1015031034 (2015) RANCANG BANGUN PROTOTIPE AUTOSWITCH COORDINATION PEMBANGKIT HYBRID MENGGUNAKAN SENSOR ARUS DAN SENSOR TEGANGAN BERBASIS MIKROKONTROLER (PROTOTIPE DESIGN OF THE AUTOSWITCH COODINATION HYBRID POWER PLANT USING CURRENT SENSOR AND VOLTAGE SENSOR BASED BY MICROCONTROLLER). Fakultas Teknik, Universitas Lampung.

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1.Abstract.pdf

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2.Abstrak.pdf

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3.Cover Dalam.pdf

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4. Halaman Persetujuan.pdf

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5. Halaman PEngesahan.pdf

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6. Surat Pernyataan.pdf

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7. Riwayat HIdup.pdf

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8. Persembahan.pdf

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9. Motto.pdf

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10. SANWACANA.pdf

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11. Daftar Isi.pdf

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12. Daftrar Tabel.pdf

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13. Daftar Gambar.pdf

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14.BAB 1.pdf

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15.Bab 2.pdf

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17. BAB IV.pdf
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19. DAftra Pustaka.pdf

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Abstrak

Abstact Hybrid Power Plant system is composite of some reneweble energys whose assambled parallel to suply of the load network. One reason cause the reneweble energy dependent on natural conditionds, then the reneweble energy must be coordinated in power distributions prosses. Besides of the natural conditions, load conditions whose allways fluctuate become to coordinations of the source corresponding with conditions of the load and sources. The Prototype autoswitch coordination was made to control coordinations hybrid power plant source based change of the loads and conditions of the source. The change of loads are being detected with current sensor and conditions of the sources are being detected with voltage sensor. Increase of the loads will be detected with increase of the currents, after then will be processed by microcontroller based rattung current on the predetermined. With consider of the voltage on the sources then the microcontroller will take execution what of the sources can supply power or not. The result coordination by autoswitch coordination can working be right. Coordinations process is done by taking into account the current changes dan the voltage athe the sources. Coordinations can improve the quality of voltage, This can be seen from the phenomenon of the voltage increase at the system when the sources increases. Keywords: hybrid, autoswitch coordination, current sensor, voltage sensor. Abstrak Sistem pembangkit hibrid merupakan gabungan sumber pembangkit alternatif yang diparalelkan untuk menyuplai satu jaringan beban. Mengingat sumber energi alternatif bergantung dengan kondisi alam, maka sumber tersebut harus dikoordinasikan proses penyaluran bebanya. Selain kondisi alam, kondisi beban yang selalu berubah-ubah menjadi alasan lain untuk mengkoordinasikan sumber sesuai dengan kebutuhan beban dan kondisi sumber. Prototipe autoswitch coordination dibuat untuk mengatur koordinasi sumber pembangkit hibrid berdasarkan perubahan beban dan kondisi sumber. Perubahan beban dideteksi dengan sebuah sensor arus dan kondisi sumber dideteksi dengan sensor tegangan. Kenaikan beban ditandai dengan kenaikan arus, kemudian akan diproses oleh mikrokontroler berdasarkan ratting arus yang telah ditentukan. Dengan mempertimbangkan tegangan pada sisi sumber, maka mikrokontroler akan melakukan eksekusi apakah sumber dapat menyuplai daya atau tidak. Hasil koordinasi yang dilakukan oleh autoswitch coordination dapat berjalan dengan baik. Proses koodinasi yang dilakukan berdasarkan perubahan arus dengan mempertimbangkan tegangan pada sumber. Koordinasi yang dilakukan dapat memperbaiki kualitas tegangan, hal ini dapat dilihat dari fenomena tegangan sistem yang terjadi kenaikan saat sumber bertambah. Kata Kunci : Hibrid, autoswitch coordination, sensor arus, sensor tegangan

Tipe Karya Ilmiah: Skripsi
Subyek: > QA Mathematics > QA75 Electronic computers. Computer science
> Teknik Elektro. Rekayasa elektronik Nuklir
> Teknik Elektro. Rekayasa elektronik Nuklir
Program Studi: Fakultas Teknik > Prodi S1-Teknik Elektro
Depositing User: 8142811 . Digilib
Date Deposited: 30 Oct 2015 03:05
Last Modified: 30 Oct 2015 03:05
URI: http://digilib.unila.ac.id/id/eprint/14243

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