OPTIMALISASI RANGKAIAN PANEL SEL SURYA  DENGAN MENGGUNAKAN BATTERY Pb-ACID  SEBAGAI SISTEM PENYIMPANAN ENERGI SURYA

DEWI, ARDIANNI EKO

× ABSTRAK Optimalisation of Solar Cell Panel Circuit Using Pb-Acid Battery As Energy Solar Collect System Testing of several characteristics of solar cell panel circuit has been done in this research, about serial, parallel, serial-parallel and parallel–serial circuits. Objective of this research is to obtain solar cell panel circuit producing the most optimal power to meet the necessity and to observe Pb-Acid 6V, 4,2 Ah battery‘s charging in solar energy storing. The research showed that produce the most optimum power for 10 panel cell in series = 1536,47 mW, parallel = 1210,28 mW, series-parallel = 1574,14 mW and parallel–series solar cell panel cicuit about 1092,78 mW respectively, and series-parallel circuit has the most optimum power than another circuit. For Pb-Acid 6V, 4.2 Ah battery‘s charging for each circuit with the 10 solar panel in circuit were series 6hrs, parallel 3,5hrs, series-parallel 3hrs, and parallel-seres 2,5 hrs and parallel-series circuit has time of charging the fast between another circuit. Key Words: optimalisation, serial, parallel, serial-parallel, parallel-serial, power, Pb Acid Battery.

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Penulis Utama	:	ARDIANNI EKO DEWI
Penulis Tambahan	:	1. ARDIANNI EKO DEWI
NIM / NIP	:	M0200020
Tahun	:	2007
Judul	:	OPTIMALISASI RANGKAIAN PANEL SEL SURYA DENGAN MENGGUNAKAN BATTERY Pb-ACID SEBAGAI SISTEM PENYIMPANAN ENERGI SURYA
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Imprint	:	SURAKARTA - FMIPA - 2007
Program Studi	:	S-1 Fisika
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Jenis Dokumen	:	Skripsi
ISSN	:
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Link DOI / Jurnal	:	-
Status	:	Public
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