1. Research and Development Center for Electricity, New and Renewable Energy Technology, and Energy Conservation Ministry of Energy and Mineral Resources Republic of Indonesia Presented at ASEAN-India New & Renewable Energy Workshop November 5-6, 2012, New Delhi, India

2. OUTLINE

3. INTRODUCTION FOSSIL ENERGYRESOURCESPROVEN RESERVESPRODUCTION RSV/ PROD RATIO (YEARS)*) OIL56,6 Billion barrels4,04 Billion barrels329 Million barrels12 GAS334,5 TSCF104,7 TSCF3,07 TSCF34 Coal Bed Methane/CBM453 TSCF--- COAL161,3 Billion tons5,53 Billion tons353 Million tons16 NON-FOSSIL ENERGYRESOURCESINSTALLED CAPACITY Hydro75.670 MW (e.q. 845 million BOE)6.654,25 MW Biomass49.810 MW1.618,40 MW Geothermal29.038 MW1.226,00 MW Wind 3-6 m/s1,87 MW Uranium 3.000 MW (e.q. 24,112 ton) for 11 year*30 MW Mini/ Micro Hydro 769,69 MW228,98 MW Solar 4,80 kWh/m 2 /day12,1 MW *) Kalan – West Kalimantan ENERGY RESOURCES AND PRODUCTION 2011

4. BACKGROUND

5. PURPOSE Developing GIS-based RE Resources Database Mapping RE resources: Micro Hydro, Wind, Biomass (includes algae), and Solar Facilitating utilisation of RE in Indonesia Providing reliable and accurate data on RE Resources and public access to the Database

6. METHODOLOGY Specific Sites (Detail Map)

7. METHODOLOGY cont’d Regional Level (Meso-scale Map)

8. CASE STUDY Spesific Sites  Detail Map Location: Taman Jaya, Sukabumi, West Java Ann. mean speed: 6.65 m/s (h=45m) Windfarm : 10.5 MW Turbin Suzlon : 2.1 MW (5 units) Capacity Factor : 40% Net Ann. Prod. : 34.86 Gwh Wind Potential Map

9. CASE STUDY cont’d Regional Level  Meso-scale Map Micro Hydro industry in Indonesia has been established, the regional MH Potential Map is expected to further increase domestic utilisation of MH.

10. CASE STUDY cont’d HEAD LAMPUNG

11. CASE STUDY cont’d HEAD + RIVER

12. CASE STUDY cont’d ELECTRICITY POTENTIAL @ Debit = 100m3/s