Page 10 - Design and Control of PV Hybrid System in Practice_REEP (GIZ)[7407]

Daftar Tabel

Tabel 2-1 Perbandingan Detail Teknologi Modul PV Crystalline-Silicon ...................................................... 4

Tabel 2-2 Perbandingan Kinerja untuk Beberapa Teknologi Modul PV ....................................................... 5
Tabel 2-3 Pro-Kontra Sistem PV Terpusat (Centralized) dan Tersebar (String) .......................................... 8

Tabel 2-4 Analisis Operasi dan Pemeliharaan .......................................................................................................... 10
Tabel 2-5 Perbandingan VRLA, Lead-Carbon dan Lithium-ion ..................................................................... 13
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Tabel 2-6 Kelebihan dan Keterbatasan Lithium-ion .............................................................................................. 14
Tabel 2-7 Standar Warna Kabel AC menurut PUIL 2011 .................................................................................... 15

Tabel 2-8 Perbandingan Tiga Topologi Sistem PV................................................................................................. 25
Tabel 2-9 Manufaktur Modul PV (produk di atas nilai minimum TKDN) ................................................. 27

Tabel 2-10 Manufaktur Baterai Lead-Acid/Lead-Carbon (produk di atas nilai minimum TKDN) 28
Tabel 2-11 Manufaktur Baterai Lithium-Ion (produk di atas nilai minimum TKDN) ......................... 28

Tabel 3-1 Data Cuaca dari Meteonorm ........................................................................................................................ 35
Tabel 3-2 Data untuk Evaluasi Sistem Eksisting ..................................................................................................... 39
Tabel 3-3 Hasil Simulasi Transien Penentuan Kapasitas Inverter PV .......................................................... 43

Tabel 3-4 Hasil Simulasi Transien Penentuan Kapasitas Baterai ................................................................... 44
Tabel 4-1 Spesifikasi Modul PV ...................................................................................................................................... 53

Tabel 4-2 Spesifikasi Inverter PV < 60 kVA ............................................................................................................... 54
Tabel 4-3 Spesifikasi Inverter PV > 60 kVA ................................................................................................................ 55

Tabel 4-4 Spesifikasi Inverter Baterai < 50 kVA ......................................................................................................... 56
Tabel 4-5 Spesifikasi Inverter Baterai > 50 kVA ....................................................................................................... 57

Tabel 4-6. Spesifikasi Rele Proteksi Multifungsi ..................................................................................................... 60
Tabel 7-1 Aturan Jaringan Sistem Tenaga Listrik ................................................................................................... 81

Tabel 7-2 Contoh Kasus Desain Sistem Baterai TKDN ........................................................................................ 82
Tabel 8-1 Perhitungan Kapasitas PV dan PV Inverter .......................................................................................... 94

Tabel 8-2 Perhitungan Kapasitas Baterai dan Inverter Baterai ....................................................................... 95
Tabel 8-3 Spesifikasi Modul TKDN yang dipilih pada Kondisi STC .............................................................. 97

Tabel 8-4 Spesifikasi Inverter yang dipilih ................................................................................................................ 97
Tabel 8-5 Spesifikasi Baterai OPzV 2V / 420-1.000 Ah ......................................................................................... 98

Tabel 8-6 Spesifikasi Inverter Baterai ........................................................................................................................... 98
Tabel 8-7 Konfigurasi Seri-Paralel Baterai ............................................................................................................... 105
Tabel 8-8 Perbedaan Nilai Kapasitas Desain ........................................................................................................... 106

Tabel 8-9 Desain Sistem PLTS Mikrogrid Interaktif ........................................................................................... 107

Pedoman Rancangan PLTS Hibrida | ix