Abstract
Hydroelectric solar energy Photovoltaic/Solar in addition can be used to program the rural electricity, solar energy utilization opportunities such as street lighting lamps as well as for the survival of the industry and small and medium enterprises. At solar power plants is also still there needs to be some development in managementcharging, this needs to be done in order for the resulting damage to the quality of mecegah power, namely the irregular voltage too high and sometimes too low from the solar cells towards the battery. Solar power plant comprises a PV panel change sunlight into direct current (DC), charging circuits for charging the battery, the charger system served as the heart of electric power generation system of solar power, which the battery used for electric power storage. This study is develop an intelligent system software architecture for Solar Charger Controler and used to arrange direct current to disuply battery by solar energy and transmitted to the load-based fuzzy logic. This simulation is expected to be implemented in a tool that serves as a charging in excess of set flush from the solar panel to batterybased fuzzy. Solar Charger controler based Fuzzy logic can be applied automatically regulates battery charging battery charging and limit if the voltage at the battery with charging function and organize the liberation of current from the battery to the load. software used In this study is Matrix Laboratory (MATLAB) used to simulate fuzzy logic controller as a regulator of the output voltage of boost converter after the solar cells. And managed to simulate the control of the voltage and current that entered the battery, battery filling in the range of 95%.
Highlights
Abstrak : Pembangkit tenaga listrik Energi Surya Fotovoltaik/matahari selain dapat digunakan untuk program listrik pedesaan, peluang pemanfaatan energi surya lainnya seperti lampu penerangan jalan juga untuk kelangsungan industri dan usaha kecil dan menengah
there needs to be some development in managementcharging
this needs to be done in order for the resulting damage
Summary
Konsumsi listrik Indonesia setiap tahunnya terus meningkat sejalan dengan peningkatan pertumbuhan ekonomi nasional, pertambahan penduduk serta pola konsumsi energi masyarakat. Pembangkit listrik tenaga surya yang diteliti adalah pembangkit dengan sumber stand alone power system (SAPS) sehingga semua energi yang dihasilkan panel disimpan pada baterai. Dalam penelitian ini akan dibuatkan rancang bangun perangkat lunak berbasis sistem cerdas untuk baterai charge controller dengan menggunakan sumber pembangkit Listrik Tenaga Surya. Penelitan ini akan membuat rancang bangun perangkat lunak berbasis sistem cerdas untuk Solar Charger Controler sebagai pengganti alat elektronik yang digunakan untuk mengatur arus searah yang diisi ke baterai yang disuply oleh energi matahari dan disalurkan ke beban dengan logika fuzzy. Solar Charger controler berbasis logika Fuzzy ini dapat diterapkan secara otomatis menghentikan kegiatan jika tegangan di baterai dengan mengatur fungsi pengisian dan pembebasan arus dari baterai ke beban (alat yang di gunakan)
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