Institute of Energy RURAL RENEWABLE ENERGY WEEK IN HANOI EXPERIENCE OF THE INSTITUTE OF ENERGY IN THE PREPARATION OF THE RENEWABLE MASTER PLAN Presented by: Nguyen Duc Cuong Institute of Energy Hanoi, 3/2008 Institute of Energy Contents of Presentation 1. Introduction 2. Main Contents of RE Master Plan and Some Preliminary results 3. Experience Institute of Energy 1. Introduction 9 VN is relatively endowed with multiform renewable energy (RE) resources which are distributed through-out the country. They can be exploited for production of energy to meet rapidly increasing energy demand as well as environmental protection. 9 Main RE resources in VN are small hydro power, biomass energy, wind energy, solar energy, and geothermal energy. 9 So far, even the high potential of RE resources, their contribution in electricity production in Vietnam is still negligible. 9 The Government of VN recognized important role of RE in sustainable energy supplying in general and electricity in particular for rural off-grid areas. ¾ The electricity Law require support to be provided to electricity generation from RE ¾ Decision No.110/2007/QD-TTg, it plans to install the grid connected RE with 4051 MW ¾ Decision No.1855/QD-TTg, it sets up the target with share of RE (3%-2010; 5%2020) 9 MoIT has commissioned the preparation of Strategy, Master Plan on RE Development for the Period up to 2015 with Outlook to 2005, and first draft report has been prepared by Institute of Energy Institute of Energy 2. Main Contents of RE Master Plan and Some Preliminary results 1. Present status of RE development 1.1. Existing development in VN 1.2. International experience 2. Evaluation of VN’s RE resources (small hydropower; biomass/biogas energy, bio- fuel, wind energy, solar energy, geothermal energy and tide) 3. The potential role of RE in the National energy supply –demand balance 4. RE strategy development 5. Scenarios for RE development 6. Strategy environmental assessment 7. Investment programme and Economic analysis 8. Development RE Policies and implementation measures 9. Conclusions and recommendations 2.1. Organization of RE MP Institute of Energy Present status review Share of RE electricity in total power generation in Vietnam Power resource Capacity (MW) Share (%) Traditional 11,360 97.65 Coal fired TPP 1,427 12.28 Oil fired TPP 573 4.93 Gas turbine 4,450 38.25 Diesel 615 5.29 Large hydropower 4,227 36.34 Renewable 273.2 2.35 Wind power 1.2 0.01 Small hydropower 121.0 1.04 Solar power 1.0 0.009 Biomass power 150 1.29 Total 11,633.2 100.000 Institute of Energy Solar Energy ¾ Over 100 solar measurement stations throughout the country ¾ Average solar radiation is 5 kWh/m 2 per day. ¾ Average number of sunny hours is about 2000-:-2500 hours/year. Wind Energy ¾ Wind energy density: 800 – 1400 kWh/m 2 .year on islands ¾ 500 -1000 kWh/m 2 .year in coastal areas and highlands ¾ Other areas: less than 500 kWh/m 2 .year. Biomass Energy ¾ Agricultural residues is over 60 million tons (equivalent more than 10 million tons of oil). ¾ Types of biomass can be exploited at the industrial scale: rice husks; leaves, top of sugar canes & baggage; coffee husks and wood residues. Assessment on potential of renewable energies Institute of Energy Biogas energy ¾ Biogas resources: landfills, animal excrements, agricultural residues ¾ 80,000 biogas plants have been constructed ¾ Biogas potential is about 10 billions m3/year. Small Hydropower Energy ¾ Technical potential > 4000 MW Geothermal energy and other types (tide, ocean waves ) ¾ Potential of geothermal energy resources: 200- 340 MW. ¾ The renewable energy type such as tide and sea waves are in the stage of potential assessment. Institute of Energy Development scenarios Three scenarios for renewable electricity developed (Low, base case and high) Three scenarios for renewable heat (modern biomass applications, biogas digesters, and solar water heaters developed NLTT giai đoạn 2006-2025 Kịch bản Cao 0 1000 2000 3000 4000 5000 6000 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 Năm Công suất (MW) Thuỷ điện nhỏ Năng lượng sinh khối Khí sinh học Năng lượng mặt trời Điện gió Địa nhiệt Nhiên liệu sinh học Thuỷ triều Rác thải sinh hoạt Three scenarios Proposal for producing electricity from RE 1. Base case scenarios: 4051 MW 2. High scenarios: 4790 MW 3. Low scenarios: 2267 MW Institute of Energy Alternative traditional energy by RE (high scenarios) TT Type of RE 2010 2015 2020 2025 1 Morden biomass stoves 273 750 574 000 821 250 1 642 500 2 Biogas technologies 255 500 511 000 876 000 1 095 000 3 Solar Water heaters 8 600 21 500 43 000 107 500 4 Bio-fuel 100 000 250 000 1 000 000 1 800 000 Total 637 850 1 356 500 2 740 250 4 645 000 Unit: TOE Identify barriers and issues for RE development + Policies/regulation and implementation measures + Institution framework + high cost (investment and product) + CDM Institute of Energy 3. Experience Advantages: 1. Vietnam has larger potential and diversified RE resources 2. Government set up development plan for RE 2.1. Renewable electricity development Decision No110/2007/QD-TTg, Renewable electricity planned as below:  From 2006-2015: Installed new 2451 MW, average: 241 MW/year  From 2016-2025: Installed new 1600 MW, average: 160 MW/year 2.2. Bio-fuel development  From 2007-2010: Gasohol E5: 100000t/year, Bio-diezel B5: 50000t/year with 8% gasohol demand will replaced by E5  From 2010-2015: 20% gasoline & diezel demand will replaced by E5 & B5 3. Supporting strong from MoIT (development of RE Master Plan) [...]...Disadvantages and limitations: 1 First new RE Master Plan in VN 2 Financing is limited due to regulation 3 Time is limited 4 Inadequate database 5 Lack of information, analysis, and assessment on potential RE resources, cost, and benefits of environment 6 Lack of manpower Institute of Energy THANK YOU FOR YOUR ATTENTION! Institute of Energy . Institute of Energy RURAL RENEWABLE ENERGY WEEK IN HANOI EXPERIENCE OF THE INSTITUTE OF ENERGY IN THE PREPARATION OF THE RENEWABLE MASTER PLAN Presented. Cuong Institute of Energy Hanoi, 3/2008 Institute of Energy Contents of Presentation 1. Introduction 2. Main Contents of RE Master Plan and Some Preliminary