Control Of Power Electronics Circuits For Hydrogen Generation System Using Solar Power

Habibi, Muhammad Afnan (2017) Control Of Power Electronics Circuits For Hydrogen Generation System Using Solar Power. Magister thesis, Universitas Brawijaya.

Abstract

Manusia membuat mesin-mesin untuk membantu mereka di banyak bidang. Mesin-mesin mengubah sebuah energi menjadi energi lain yang berguna dalam pekerjaan. Mereka membuat mesin-mesin bakar. Motor bakar meninggalkan panas dan polusi sebagai limbahnya. Motor tersebut mengkonsumsi energi dari bahan bakar fosil yang dapat habis di kemudian hari. Para peneliti telah melakukan pembelajaran untuk menggunakan jenis-jenis energi lain yang bersih, aman, dan tersedia di hari esok. Mereka mempelajari tentang energi listrik yang mempunyai kemampuan berubah dari atau menjadi energi ke bentuk yang lain, seperti gerak, panas, cahaya, tekanan, dan lain-lain. Salah satu tema riset yang hangat adalah solar-hydrogen generator yang sangat berguna untuk suplai listrik. Penelitian ini memberikan metode pengiriman daya listrik melalui medan electro magnetic disebut dengan wireless power transfer. Metode ini sangat berguna untuk mengontrol rangkaian dari proses pembuatan hidrogen. Karena hydrogen mungkin dapat meledak, maka lebih baik untuk memisah antara pembangkit listrik dengan pembangkit hidrogen. Keuntungan lain adalah pembangkit hidrogen dapat beroperasi di dalam ruang, saat solar cell menghasilkan listrik di luar. Setelah melakukan banyak simulasi, parameter lilitan diperoleh. Frekuensi resonansi juga dapat ditentukan dimana sistem wireless mengirim daya keluar yang tinggi. Daya masuk dari solar cell cukup untuk membangkitkan hidrogen dalam jumlah kecil selama tersedia sinar matahari.

English Abstract

Human built machines for helping them in many fields. Machines converts an amount of energy into other energy which usable for human works. They built the fuel combustion machines. Motor fuel leaves heat and pollution as its waste. It also consumes fuel energy from fossil fuel which might be exhausted some day. Researchers has been studying for using other kinds of energy which clean, safe, available in future. They learned about electrical energy which has flexibility conversion from or into some kinds of other energy, like motion, heat, light, pressure, etc. One of popular research field is Solar-hydrogen generator which is very useful to supply electricity. This research provides the methods sending electric power via EM field known as WPT (WPT). WPT is very useful for controlling circuit of hydrogen production process. Since hydrogen might be exploded, it is better to separate electricity generation and hydrogen generation. Another benefit is hydrogen generation operates inside house, while solar cell produces electricity outside. After doing many simulations, coils parameters can be obtained. Resonance frequency can also be decided at where WPT produce high power output. Power input from solar cell should be enough as long as there is sun light at any moment. Power output should be adequate to generate small amount of hydrogen.

Item Type: Thesis (Magister)
Identification Number: TES/665.81/HAB/c/2017/041712083
Uncontrolled Keywords: HYDROGEN AS FUET, ELECTRONIC CIRCUITS, SOLAR POWER PLANTS
Subjects: 600 Technology (Applied sciences) > 665 Technology of industrial oils, fats, waxes, gases > 665.8 Other industrial gases > 665.81 Hydrogen
Divisions: S2/S3 > Magister Teknik Elektro, Fakultas Teknik
Depositing User: Nur Cholis
Date Deposited: 11 Apr 2018 01:44
Last Modified: 25 Nov 2021 07:31
URI: http://repository.ub.ac.id/id/eprint/9321
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