SOLAR PV DIESEL HYBRID
POWER FOR MICRO/MINI GRIDS
IN INDONESIA
JAKARTA, 15 SEPTEMBER 2017
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TABLE OF CONTENTS
•
ELECTRIC POWER SYSTEM DEVELOPMENT PLAN
2017-2026
•
ENERGY MIX in 2017-2026
•
RENEWABLE ENERGY DEVELOPMENT PLAN
•
NRE (NEW AND RENEWABLE ENERGY)
DEVELOPMENT PLAN
ELECTRIC POWER SYSTEM
DEVELOPMENT PLAN
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Estimation of Electric Power
Developments in 2017-2026
KALIMAN
Year
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
2026
Additional Development of Power
-
Unalocated
: 14.8 GW
Note:
-
7 GW Program that
already operated until
2016 is 5.7 GW
Renewable Energy
Development Plan
PLTG/PLTMG
Present Composition of RE in 1st
semester of 2017
•
New additional RE Plant in 1st semester
2017 is 165 MW (supplied from PLTP
Sarulla I unit 1 : 110 MW and PLTP
Ulubelu unit 4 : 55 MW)
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Potency of Renewable Energy Development
(RUPTL 2017-2026)
REGIONAL SULAWESI & NUSA TENGGARA
PV 170 MW
HYDRO 7.244 MW
GEOTHERMAL 4.774 MW
WIND 170 MW
Additional of RE Power Generation Plan
Based on RUPTL 2017-2026
No Pembangkit - EBT Kapasitas 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 Jumlah
1 PLTP MW 305 165 315 186 365 790 345 1,015 2,510 294 6,290 2 PLTA MW 18 87 323 154 1,800 1,555 2,035 1,697 3,675 1,000 12,342 3 PLTMH MW 68 112 163 198 388 326 178 30 150 81 1,694 4 PLT Surya MWp 20 13 24 - - - 57 5 PLT Bayu MW - - 215 280 120 - - - 615 6 PLT Biomass/Sampah MW 43 76 243 93 91 6 - - - - 552 7 PLT Kelautan MW - - - -8 PLT Bio-Fuel Ribu Kilo Liter 930 731 331 263 197 108 112 116 123 129 3,041
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Present Composition of RE in 1st
semester of 2017
•
New additional RE Plant in 1st semester
2017 is 165 MW (supplied from PLTP
Sarulla I unit 1 : 110 MW and PLTP
Ulubelu unit 4 : 55 MW)
Potency of Renewable Energy Development
REGIONAL SULAWESI & NUSA TENGGARA
PV 170 MW
HYDRO 7.244 MW
GEOTHERMAL 4.774 MW
WIND 170 MW
REGIONAL MALUKU & PAPUA
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Additional NRE Estimation per Sept 2107
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Development of Hybrid Powerplant
Hybrid
Power
Plant
ONGRID ??
Strategy to develop Hybrid Power
1.
The development of RE plant remains concerned with
supply-demand balance, system readiness and economy.
2.
Maximizing the potential of local RE resources to rise electrification
ratios in Eastern Indonesia
3.
Develop hybrid power system for areas that have been supplied
from diesel with under 12 operation hours/day and for unserves
areas.
4.
Centralized PV is developed to enable remote communities that far
from the grid in underdeveloped areas, the foremost islands
bordering with neighboring countries and other outer islands.
5.
Micro grid development for isolated areas, which have not been
planned to be developed for distribution lines or small thermal
generators, it is proposed to use PV.
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Types of Hybrid Power Development
1.
PV Diesel hybrid power system developed by PLN (off grid)
Definition Hybrid
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Proposal Hybrid Power Project (MOU with IPPs)
No. Company Name Hybrid Technology Type
Power Generation Location Installed
Capacity (MW) Province City
1 PT. SUMBERDAYA SEWATAMA
Tenaga Hybrid (PLTS + PLTD /
PLTMG)
a. Nusa Tenggara Barat Sumbawa 10 Bima / Sape 9 b. Maluku Poka Ambon 10 c. Jawa Timur
Madura (Kangean) 5 d. Papua Waena 20 e. Sulawesi Bombana 10
f. Sumatera
b. Bangka Belitung Bangka 20
3
PT. UPC RENEWABLES INDONESIA DAN PT. BINATEK ENERGI BARU
TERBARUKAN
Wind + Solar PV
a. Sulawesi Selatan Pulau Selayar 10.1
b. Maluku
Pulau Kei. Kecil 10.1
Ambon 16.8
Solar PV + Mini
Proposal Hybrid Power Project (MOU with IPPs)
4 PT. AKUO ENERGY INDONESIA
Wind + Solar PV
Kalimantan Selatan Tanah Laut 80 Jawa Barat Cirebon 100 Jawa Tengah Tegal & Brebes 70 Jawa Timur Tuban 80 Sulawesi Barat Majene 75
Solar PV + Diesel
Nusa Tenggara Sumbawa
3+3
5 PACE ENERGY PTE. LTD Tenaga Hybrid (PLTS + PLTB)
a. Nusa Tenggara
Sumba 10.1
Sumbawa 10 b. Kalimantan Selatan Tanah Laut 70 No. Company Name Hybrid Technology
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Proposal Hybrid Power Project (MOU with IPPs)
6 Arya Watala PLTS+PLTD/PLTM
G
7 PT AKA SINERGI GROUP PLTS+PLTD/PLTM
G/Storage Madura Isolated
