Andhika PrastawaChairman

Indonesia Solar Energy AssociationSeptember 3, 2020

Indonesia Solar Energy Association

Established

Vision

Objective

Members

Activities

Jakarta, January 9, 2018

Developing sustainable solar energy industry

Build a communication forum and networking among members toAchieve a development in solar energy system

More than 200 individuals, academicians, solar industries, suppliers,EPC contractors, and other companies active in solar energy business

Solar energy advocacy, socialization in term of regulation, knowledge,capacity building through Workshop, seminar, training, exhibition, Gathering, etc

Indonesia Solar Energy AssociationFRAMEWORKS

GOVERNMENT

MEMBERS

- As a government partner in advocating Regulation and Government Policies

- Mediation of solar energy stakeholders and government

- Provide Database of PV Industries, Installer Contractors, & Energy policy

- Business matching & opportunities

- Knowledge Sharing

3,929.1 MW

23,7581,691.0

993.5500.3242.6 17,105

10,302

2019 2020

PLTA/PLTM/MH

2021

PLTS

2022 2023

EBT lain

2024

Pasar Energi

2025

RUPTLPLTP PLT Bio PLT Bayu

Renewable Energy Based Electricity2,243.9

13,99512,91511,48610,743 PLN + Non PLN

New Initiative

Renewable Energy in National Energy Mix 2025

Source: Green Economy recovery: Akselerasi Pengembangan Energi Surya Sebagai Strategi pemulihan Ekonomi Indonesia Paca Covid 19Director General for Renewable Energy and Energy Conservation, MEMR, 2020

Kapasitas

K/L Lain (MW)

Keterangan :1) Target Sinergi BUMN berdasarkan hasil kajian PT LEN (MoU LEN dengan BUMN lainnya 24 Juli 2019, HoA LEN dengan Pertamina dan PLN 3 Oktober 2019)2) Kebutuhan Kementerian/Lembaga Lain untuk Pembangunan PLTS Atap dipenuhi oleh anggaran APBN K/L sendiri3) Ditambahkan dengan Kapasitas Terpasang saat ini 148,0 MW (IPP, PLN dan APBN) termasuk PLT Hybrid4) Kemenkeu dan KLHK

Tahun

RUPTLTarget

Penambahan Sinergi BUMN

dan Pengadaan Pemerintah 1)

Solar PV Rooftop

Swasta

(termasuk

dengan

dukungan

Pemda/

Industri)

APBN2)

TOTAL

Tambahan per

Tahun

Kumulatif

KapasitasTarget

Penambahan

(MW)

Target

Kapasitas

Terpasang MW)

Target Penambahan (MW) Target

Terpasang (MW)

APBNKESDM (MW) 4)

2019 148,03) 0 0 0 148,03) 0 148,0

2020 0 148,0 88,2 25,0 19,4 2,0 282,6 134,6 282,6

2021 162,9 310,9 105,9 38,0 20,0 2,0 115,4 328,8 611,4

2022 11,1 322,0 263,0 43,0 20,0 2,0 137,4 339,1 950,5

2023 315,2 637,2 256,0 50,0 20,0 2,0 159,4 643,2 1593,7

2024 315,7 952,9 245,0 61,0 20,0 2,0 181,4 643,7 2237,4

TOTAL 804,9 958,11 217 99,4 10 2.089

Solar Energy Roadmap:A Market Opportunity

Source: Green Economy recovery: Akselerasi Pengembangan Energi Surya Sebagai Strategi pemulihan Ekonomi Indonesia Paca Covid 19Director General for Renewable Energy and Energy Conservation, MEMR, 2020

i

Large Scale Solar PV Plant Floating Solar PV Plant, 857 MW

1.2.

3.

4.

5.

6.

7.

Waduk Wonogiri di Jawa TengahWaduk Sutami di Karangkates, Jawa Timur

Waduk Jatiluhur di Jawa Barat

Waduk Mrica di Banjarnegara, Jawa Tengah

Waduk Saguling di Jawa Barat

Waduk Wonorejo di Tulung Agung, Jawa Timur

Danau Singkarak di Sumatera Barat

For reducing local electricity generation cost

Abandoned Mining Field Solar PV Plant

1. Bangka Belitung sebesar 1.250 MW

2. Kutai Barat sebesar 1.000 MW

3. Kutai Kartanegara sebesar 53 MW

Solar PV for Under developed, Isolated or Outer islands, and Hybrid System for small islands

Eastern Indonesia, for stimulating new center of ecomony

Solar PV ROOFTOP

Million Solar Rooftop Initiative

Cooperation with Local Government, business develepor for eco-tourism program, new economy cluster, and

Program Surya Nusantara

Indonesian Solar Energy Development Strategy

Government program for green growth economy,

low-carbon development scenario

Source: Green Economy recovery: Akselerasi Pengembangan Energi Surya Sebagai Strategi pemulihan Ekonomi Indonesia Paca Covid 19Director General for Renewable Energy and Energy Conservation, MEMR, 2020

Program Surya Nusantara gigawatt-peak/year

Initiative of AESI and

Partner Institution

• National Program Solar PV Rooftop

• Government funded program as an economic recovery stimulus due to COVID19

• Target group of low income and economically vulnerable people

• Proposed by IESR as AESI strategic partner

Local industry available for Solar Module and

Inverter

Modular, flexible in size, simple and quick

installation

Extreme Price drop for Cell and Module,

Low CAPEX

Medium expertise Technician

Why Solar Rooftop

Program Sejuta RumahProvinsi with high subsidized electricity

customer

Provinsi with high electricity generation

cost

Target mandatori RUEN

(Million Houses Program(Public and government building)

Sector Target

Involving institution,

including local government, utility

company

AmandementPermen

ESDM No. 49/2018

Accomodating larger

building for solar rooftop

Identification of building owner willingness to

participate

Technical Criteria of Houses to be

installed with solar rooftop

*Berat PLTS Atap 1,5 kWp dengan mounting adalah 115 kg dan memerlukan area 10 meter persegi

Important Supporting Factors

400 - 10

People

20.000 -

500 kWp 22.000Number of employment

absorbed/year for

1 GWp

Minimum installed capacity

/company/year

Retained manpower (langsung)

per tahun

*perhitungan IESR dengan skenario konservatif. Studi NREL menunjukkan untuk 1 GWp PLTS Atap dapat menyerap

~29.000 pekerja langsung/tahun dan total hingga~78.000 untuk pekerja langsung, tidak langsung, induced

Projected Benefit

GHG reduction up to 1,05 juta ton/GWp,

for the NDC contribution

Reduce electricity

subsidy

Providing,

78.000 employment

/GWp, and green

industry development

Helping to achieve national target of Solar

PV 6.5 GW by 2025

Further Benefit

*perhitungan IESR dengan skenario konservatif. Studi NREL menunjukkan untuk 1 GWp PLTS Atap dapat menyerap

~29.000 pekerja langsung/tahun dan total hingga~78.000 untuk pekerja langsung, tidak langsung, induced

AESIAsosiasi Energi Surya Indonesia2020