Dr. Twarath Sutabutr

Transcription

1 New and Renewable Energy Policy and Investment in Thailand Dr. Twarath Sutabutr Deputy Director-General Department of Alternative Energy Development and Efficiency Thailand Renewable Energy Asia 2013 : New Opportunities in the ASEAN Community 5 June 2013 BITEC, Bangkok, Thailand 1

2 Content Thailand s Energy Situation and Energy policy Alternative Energy Development Plan (AEDP) and Supporting Measures Case Study of Integrating Renewable Energy into the Grid : I-sarn Test bed of DC-PV Micro-grid Recent Initiatives Key Take-aways 2

3 1. Thailand s Energy Situation and Energy policy

4 Black Out in The South of Thailand

5 Thailand s Energy situation in 2012 Total Energy Consumption in 2012 = 73,316 ktoe Final energy consumption by economic sector Commercial Agriculture Residential Transportation Industry Total Energy Use 2.0 million barrels (oil equivalent) per day = 1.9 trillion baht Energy import value in 2012 = trillion baht (Sharing 18% of GDP) => 77% of import value = Crude Oil 5

6 Thailand s Energy Situation in 2012 Proportion of Import and Domestic Production Domestic production Import Import Value (10 3 million baht) Crude oil Petrolium Products Natural Gas Coal Electricity Import 81% of oil consumption Import 56% of overall energy demand Total 1,125 6

7 Thailand s Electricity Situation in 2012 Thai Electricity Challenges Increased and fluctuated world oil/gas price Limited petroleum reserved needs to import 85 % of supply 70% of electricity supply depends on Natural Gas Lacking of public acceptance on Energy projects affects long term energy security 7

8 Import Electricity form neighbors CHINA Capacity : 694,000 MW Sources : wikipedia.org MYANMAR Capacity : 39,720 MW Souces : Ministry of Power, India LAO PDR Capacity : 26,000 MW Sources : United Nations CAMBODIA Capacity : 10,000 MW Sources : European Commission 8

9 2 Alternative Energy Development Plan (AEDP) and Some Updated Policies

10 Critical Factors of Renewable Energy Dissemination : 1. Government policies on Target & Incentives 2. How much the existing National Grid can take up RE-power Renewable Energy Policies 3. Grid Parity : RE Cost vs. ElectricityTariff

11 How we count RE. Fossil fuels Renewable Energy & Traditional Biomass Power Generation 1.3 % (Solar/Wind/Biomass /MSW/Biogas) Small Hydro Power 0.1% Imported Hydro power Large Hydro power Heat 6.9% (Solar/Biomass /MSW/Biogas) Renewable Energy (under AEDP) 9.9 % Biofuels 1.6% Traditional RE 10.5%

12 Alternative Energy Development Plan (AEDP) Committed to the development of low-carbon society Government Funding On R & D & D Activities 10 years Alternative Energy- Development Plan (AEDP-Master Plan ) Private-Led Investment Target 25 % of RE (excl. Large Dams, Imported Hydro & Traditional Biomass) in Total Energy Consumption By 2021 New energy Hydro power plant Bio-energy Biofuels Ocean & Tidal Geothermal 2 MW 1 MW solar 2,000 MW wind 1,200 MW Sm all 324 MW Mi cro Pumped- Storage 1,284 MW biomass Bio-gas MSW 3,630 MW 600 MW 160 MW Ethanol 9 ML/day Biodiesel 5.97 ML/day 2 nd Gen. Biofuels 25 ML/day 3 MW 3,200 MW 1,608 MW 4,390 MW Renewable fuel 44% Excl. Large Dams & Imported Hydro Excl. Traditional Biomass

13 Renewable energy potential RE Potential Natural Solar Hydro Wind Crop Sugar cane (Molasses) Cassava Palm Waste Agricultural Industrial Municipal solid waste (MSW) wind Solar Ethanol & biodiesel Biomass & biogas Salween river = 15,000 MW Mae Khong = 10,000 MW *Total realizable potentials for RE in ASEAN-6 countries, by technology to 2030 ; IEA

14 Renewable Energy Policy Measure for RE Promotion BOI- Investment Incentives Offices giving licenses ONEP EIA ERC- DIW Local Admin Supports from the Ministry of Energy DEDE 1 2 DEDE 3 Renewable energy maps Data from demonstration site Renewable energy potential info Investment Grant 1. Biogas 2. Solar hot water 3. MSW Energy Soft Loan Revolving funds for Renewable energy and energy conservation Technical support Subsidy request Banks loan Private Investor Licenses Carbon credit sale CDM DEDE 4 EPPO 5 ESCO Venture Capital Fund Future change of Adder to Feed-in Tariff (FIT) Policy Adder/ FIT (pending) - Firm - Non Firm Electricity authorities Consumers 14

15 AEDP targets and Current Situations Types Units Goal 2021 Electricity MW ktoe 9,201 Current Capacity March ,032 MW Solar MW 2, Wind MW 1, Small Hydro MW 1, Biomass MW 3,630 1, Biogas MW MSW MW Heating Ktoe 9,335 4,882 Ktoe Solar Ktoe Biomass Ktoe 8,200 4,342 Biogas Ktoe 1, MSW Ktoe Biofuel ML/day Ktoe ML/day Ethanol ML/day Biodiesel ML/day Total RE (ktoe) 7,294 Now 9.9% of RE in Total Energy Consumption 3

16 Thailand s Energy situation in 2012 Installed Capacity of RE power generation Fossil Fuel 28,140 MW Imported Hydro 2,185 MW Large Hydro Power 3,406 MW Biogas Renewable Energy 2,786 MW Biomass Solar MSW Small Hydro Power Wind MW RE

17 RE On-grid Power Plants Map North Total 1,458 MW - Large Hydro = 1,279 MW - Biomass = 110 MW - Mini hydro = 40 MW - Solar = 24 MW - Geothermal = 0.3 MW - Biogas = 5 MW South Total 430 MW - Large Hydro = 312 MW - Biomass = 48 MW - Mini hydro = 4 MW - Solar = 0.1 MW - Biogas = 47 MW - Wind = 2 MW - MSW = 17 MW Northeast Total 1,377 MW - Large Hydro = 737 MW - Biomass = 352 MW - Mini hydro = 24 MW - Solar = 120 MW - Biogas = 51 MW - Wind = 180 MW Central Total 1,606 MW - Large Hydro = 1,078 MW - Biomass = 241 MW - Mini hydro = 13 MW - Solar = 230 MW - Biogas = 43 MW - Wind = 0.1 MW - MSW = 1 MW

18 Some Policies Updated 1. Commitment on Renewable Energy; New PDP 2013 focus more on RE Grid Expansion 500 kv in both North-Eastern and Southern Routes, leading to More Grid-Capacity to take up more RE projects. Possible New 500 kv Lines EGAT Demonstration Projects 2. FiT-scheme is still under discussion. Adderscheme is still very much valid, esp. for Wind. 3. Shifting in Incentives Programs More for Community or Household-scaled Projects, i.e. Solar-PV Rooftop and Napier Grass Biogas Digestor. Under Study 4. Renewable Energy Committee (existing since July 2010)

19 EGAT s Renewable Energy Demonstration Plan Unit: MW Renewable Energy Total Hydroelectric Pumped Storage Dam (12 Projects) (1 Project) 52.6 (10 Projects) (1 Project) 42 (12 Projects) (34 Projects) Wind 21 (2 Projects) 50 (1 Project) 120 (4 Projects) 191 (7 Projects) Solar 5.5 (2 Project) 0.5 (1 Project) 40 (4 Projects) 46 (7 Projects) Municipal Solid Waste (2 Projects) 15 (2 Projects) (4 Projects) Total

20 3. Case Study of I-sarn (Northeast Thailand)

21 Power Plants in I-sarn Contract Capacity of Thailand s Northeastern System (by power plant type) in 2012 Combined Cycle 650 MW 16% Hydro (Laos) 2,104.6 MW 51% Solar MW 3% Hydro (Domestic) MW Wind 18% 180 MW 2% Biomass/Biogas Total 4,125 MW MW 10% Renewable Energy 3,475 MW (84%)

22 Imported Electricity from neighboring countries Myanmar MOU 4 th July 1997 : 1,500 MW Potential : 40,000+ MW High of potential areas => North & Northeast Available to Imported electricity from neighboring countries Laos MOU 22 nd Dec 2007 : 7,000 MW Signed PPA : 2,913 MW COD : 1,891 MW Potential : 26,000 MW * ข อม ล ณ ว นท 31 มกราคม 2555 Cambodia Potential : 10,000 MW 22

23 Domestic RE : Show case PEA Area3 PEA(NE.3) SERVICE AREA Integrating New & Renewable Energy into the grid CHAIYAPHUM The service area of PEA Area3 (North East) is approx. 51,720 km 2, accounting for % of the country. ADDC.NE3 (Nakorn Ratchasima) NAKHON RATCHASIMA BURIRAM SURIN 4 Provinces 72 amphurs 760 districts 9359 villages 6,645,088 populations 1,687,620 customers Provincial Electricity Authority, Thailand 23

24 Grid System Thailand Generation Transmission and Distribution Power System Generation 13.8 kv Transmission Line 115 kv, 230 kv, 500 kv Power Plant Switchyard Substation Transmission Line 69 kv, 115 kv Large Industrial Substation MV Distribution Line 22 kv, 33 kv Distribution Transformer Industrial LT Distribution Line 400/230 V household

25 Show case PEA Area3 PEA(NE.3) SERVICE AREA Integrating New & Renewable Energy into the grid CHAIYAPHUM The service area of PEA Area3 (North East) is approx. 51,720 km 2, accounting for % of the country. NAKHON RATCHASIMA BURIRAM SURIN 1,217 MW Peak-Demand 4 Provinces 72 amphurs 760 districts 9359 villages 6,645,088 populations 1,687,620 customers Provincial Electricity Authority, Thailand 25

26 Numbers of SPP/VSPP in PEA Area3 SPP VSPP Total RE Type No. of Project Capacity (MW) No. of Project Capacity (MW) No. of Project Capacity (MW) Percentage Biomass % Biogas % Solar % Wind % Total % RE proportion in the grid in PEA Area3 = 40%

27 FIELD DEVICES INTERFACE AND GSM Modem (Telephone Simcard) Needs of the SCADA System UHF DEVICE Area of High Penetration of RE needs proper Data management ADDC Area Distribution Dispatching Center Switched Capacitor Bank I/f UHF 450 MHz MARS Remote Controlled Switch I/F UHF 450 MHz MARS Fiber Optic / Leased Line UHF 450 MHz MARS Line Regulator Recloser I/f Line Recloser I/F

28 Substation 24 of 115 kv-substations (include 1 switching substation) Show case PEA Area3 Electrical Power PEA(NE.3) ELECTRICAL System Transformer Feeder POWER SYSTEM (MVA) Peak Load(MW) Year , of 22 kv -substations 1, Total 35 Substations 2, ,217 Transmission System: 115 kv cct-km Distribution System: 22 kv 27, cct-km L.V. Distribution Lines : 40, cct-km 1,217 MW of peak load Distribution Generators : 8 SPP and 47 VSPP Provincial Electricity Authority, Thailand 28

29 SPP/VSPP connect with the electric power system of PEA(Area3) VSPP 40 SPP 7 ( MW) Biomass 19 ( MW) Biogas 13 ( MW) Solar 14 (86 MW) Wind 2 (180 MW)

30 Lesson Learned from I-Sarn Fastest Rate of RE Penetration In Thailand (84%) Problems & Barriers 1. Multiple Sources of Electricity - Swing voltage - High cost of investment - Power Quality 2. SCADA/Data Collection - RE-facilities = lots of data - need more system / servers - need to develop real-time system 3. Readiness indicator prior to any future upgrade to Smart system - Smart Grid - Energy Storage

31 4. Testbed of DC-PV Micro-grid

32 a d i CET Hybrid DC Microgrid Pilot Project Community DC power grid system with low voltage from PV-Biodiesel 25.5 kw PV Load: 1 office, 1 minimart, 1 restaurant, 1 coffee shop, 1 farm, 6 houses

33 a d i CET Location: Smart Community Chiang Mai World Green City Chiang Mai Rajabhat University, Chiang Mai Thailand 25.5 kw

34 a d i CET

35 a d i CET Monitoring System Data management at the community level

36 5. Recent Initiatives

37 New Initiatives.. Community Enterprise Project Green Energy from Energy Crops

38 NEC s Solution at 1/2556 National Energy Council at its 144 th (1/2556) Meeting approved the Project by; 1. Assign MoEN to set up the Committee to study the entire project with the representatives from 9 Ministries; MoEN, M-Society, M. of Agriculture and Cooperatives, Education Ministry, Science and Technology Ministry, Industry Ministry, Interior Ministry, MONRE and Commerce Ministry 2. MoEN to implement the pilot project in 3 different areas i.e. dried area, wet are, and growing rice area with non-standard yield. The budget will be drawn from ENCON Fund for 300 million Baht. The implementation has to be reported to the NEC

39 Napier Properties Fast and easy growing with average yield of ton (Fresh)/rai/year Easy care, harvested with machine Can be sprouted again for at least 7 years Heat value MJ/kg Power production from biogas 1 MW/ rai of area use Growing method like sugar Use cane for growing Full sunlight, good soil, enough water but not wet land ท มา: ศ นย ว จ ยฯอาหารส ตว นครราชส มา

40 6. Key Take-Aways

41 Key Take-Aways 1. Thailand has L/T goal as well as supporting policies for REinvestment. 2. Thailand national power-grids (T&D) have some capability to take up more RE-power. However, upgrading T&D is another key area to boost RE-investment in Thailand. 3. One region of Thailand, I-Sarn, has already 84% of RE-power. 4. Proper investment in the SCADA system is the critical step before going into SMART Grid. Thailand s PEA has actively invested in the SCDADA system. 5. PV-DC Micro-grid may be the solution for communitybased RE-facility, especially in the case of island or mountaintop villages. 6. New RE Investments i.e. DGG, Waste to Energy, Technologies and Innovation, Compressed Biogas etc.

42 Thank you for Your attention