Page 6 - Design and Control of PV Hybrid System in Practice_REEP (GIZ)[7407]
P. 6
5.1.1. Modul PV.......................................................................................................................... 64
5.1.2. Inverter PV ....................................................................................................................... 64
5.1.3. Energy Storage System ..................................................................................................... 64
5.2. Pengujian Performa ............................................................................................................ 65
5.2.1. Performa Modul PV ......................................................................................................... 66
5.2.2. Performa Inverter ............................................................................................................ 67
5.2.3. Performa Sistem Baterai ................................................................................................. 69
5.2.4. Performa PLTS ................................................................................................................. 71
6 Sistem Kendali ................................................................................................................................... 72
6.1. Tujuan dan Prinsip Pengelolaan Energi............................................................................. 72
6.2. Konsep Kendali Mikrogrid Interaktif ................................................................................. 74
6.2.1. Pola Operasi Normal ....................................................................................................... 74
6.2.2. Skenario Trip .................................................................................................................... 75
6.2.3. Prosedur Global Stop dan Blackstart .............................................................................. 76
6.2.4. Rekomendasi Fungsional Perangkat Kendali Mikrogrid .............................................. 77
7 Migrasi Interkoneksi Sistem Off-Grid ke Utilitas ............................................................................... 78
7.1. Topologi Sistem PLTS Eksisting yang Umum ................................................................... 78
7.2. Standar dan Aturan Jaringan Sistem Tenaga Listrik ........................................................ 80
7.3. Tantangan dan Kesalahan Umum ...................................................................................... 82
8 Studi Kasus Desain PLTS.................................................................................................................... 84
8.1. Penentuan Topologi ............................................................................................................ 85
8.2. Evaluasi Sistem Eksisting .................................................................................................... 87
8.3. Penentuan Skema Operasi .................................................................................................. 88
8.4. Perhitungan Kapasitas ........................................................................................................ 93
8.4.1. Evaluasi Potensi Matahari ............................................................................................... 93
8.4.2. Perhitungan Kapasitas PV dan Inverter PV ................................................................... 93
8.4.3. Perhitungan Kapasitas Baterai dan Inverter Baterai ..................................................... 95
8.4.4. Sistem PLTS Mikrogrid Interaktif .................................................................................. 95
Pedoman Rancangan PLTS Hibrida | v
