Role of Public Policies & Financing Techniques in Promoting Wind Energy
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Role of Public Policies & Financing Techniques in Promoting Wind Energy

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Public Policy formulation and funding sources for development of wind power sector, and formulation of national level action plan for wind energy

Public Policy formulation and funding sources for development of wind power sector, and formulation of national level action plan for wind energy

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  • Public private partnership was preferred over Carbon tax mechanism in order to use minimum public money for implementation of FiT scheme
  • The initiatives suggested in each phase are over & above the policy measures listed in the model, which would be running parallely

Role of Public Policies & Financing Techniques in Promoting Wind Energy Role of Public Policies & Financing Techniques in Promoting Wind Energy Presentation Transcript

  • Presentation by – Swapnil Gore MS in Energy Technologies Stony Brook University, NY swapnil.energy9@gmail.comswapnil.energy9@gmail.com
  • Sector Overview  Wind Power commercialized in 83 countries  Top 5 - China, US, Germany, Spain & India  Total installed capacity – 198 GW  Overall investment in wind power sector in 2010- $96bnswapnil.energy9@gmail.com
  • Wind Energy Generation- Brief  Broad Classification: Onshore & Offshore Onshore:  Capital Costs: 1 to 1.5 million USD/MW  Capacity Factor: 20% to 35%  Trends: High capacity units  Largest Operating Project: Roscoe Wind Farm in Texas with a capacity of 781.5 MW  Largest Turbine: Enercon E126, 6 MW capacity ‘Three-bladed, upwind, variable-speed, pitch-regulated turbines currently dominate the industry’swapnil.energy9@gmail.com
  • Project Details Considered Country Name: Windland Current installed Wind Power: 45 MW Wind Power Generation Target: 6500 MW by 2020 viz. 10% of total electricity consumption Emission Factor considered: 0.933Wind Farm specifications: Project Capacity: 25 MW Lifetime: 20 years Capital Cost: $28.55 million ($ 1.142 million/MW) Turbine Used: Vestas V47 – 55m, 32 units of 660 kW Capacity Factor Derived: 27.4% O&M costs: 3% of initial CER generation: 56,132/yr FIT announced- 5.2 US cents (base tariff of 3.2 cents + Production premium of 2 cents) Energy Resource- Wind speed of 8.0 m/s at 55m is considered
  • Development Barriersswapnil.energy9@gmail.com
  • Policy Formulation Strategy swapnil.energy9@gmail.com
  • Policy Model  Resource Assessment  Soft loans (1.5 %)  Technical Assistance  Publicly Backed Guarantees  Single Window clearance*  Accelerated Depreciation Option*  Strengthening Grid  Exemption from Import duty* Infrastructure  CDM benefits  Mandatory RPS*  Strong PPA  Standards & Testing  SEZ formations* FiT Premium*  Informational systems (Competitive bidding approach proposed)  Human Resource Development Renewable Energy Asset FinancingKey funding Sources Capital Markets (Domestic & International) Sectoral Public Private partnership (Like the GET-FiT programme by Deutsche Bank; the South African Wind Energy Programme in collaboration with GEF & UNDP for premium pricing model) Concessional & development finance (National banks, Government Energy Finance Institutions, Multilateral/Bilateral FIs) Public Funding Sources (like GEF, UNDP, WB) swapnil.energy9@gmail.com
  • *Elaborated  FiT Premium: This premium pricing mechanism may be introduced by competitive bidding approach (with $0.02 being the maximum price) for most cost effective fund utilization  Accelerated Depreciation option: Wind power developers availing the accelerated depreciation would get only 50% of FiT premium  Mandatory RPS scheme for 8 years with annual increase of 1.25% up to 10% by 2020, would help in achieving the target of 6500 MW.  Import Duty exemption: Projects established in the first 2 years would only be eligible for this benefit, from 3rd year domestic material obligation would be introduced to boost wind equipment manufacturing. (Approach followed in China & India)  SEZ formation: Establishing Special economic zones in high wind resource regions to provide lands on long term lease to wind project developers or manufacturers, also they would get the benefits given to other industries  Single Window Clearance Mechanism: All licensing and project related approvals to be done by a single government agency (resolves the issue of uncoordinated authorities & the delay due to it)swapnil.energy9@gmail.com
  • ReTScreen Analysis Models Model 1: Commercial loan (10 %) with no other financial assistance IRR: -2.8% YPCF: Not in lifetime NPV: $ - 12,081,827 B-C Ratio: -0.55swapnil.energy9@gmail.com
  • Analysis Models…contd. Model 2: Soft Loan (1.5 %) with no other financial assistance IRR: 2.4% YPCF: 17.5 NPV: $ - 7,138,871 B-C Ratio: 0.08swapnil.energy9@gmail.com
  • Analysis Models…contd. Model 3: On implementation of the Policy Model Soft Loan (1.5 %) FiT premium ($0.02/kWh) IRR: 15.1% YPCF: 7.6 NPV: $ 39,489 B-C Ratio: 1.01swapnil.energy9@gmail.com
  • Attractive Model Model 4: Policy Model inclusions Soft Loan (1.5 %) FiT premium ($0.02/kWh) Additional Financial Assistance 0f $12 million Sources- Funds raised after cutting down fossil fuel subsidies; Financial Assistance from Multilateral & Bilateral FIs and other philanthropic bodies; Carbon Tax FiT being the most accepted approach to attract investments, these funds would be given as additional IRR: 21.8% YPCF: 5 NPV: $ 3,628,669 B-C Ratio: 1.47 FiT premium of $0.01/kWhswapnil.energy9@gmail.com
  • Roadmap for overall Wind sector development of Windlandswapnil.energy9@gmail.com
  • Other Innovative Development Measures  Establishing wind zones in country with variable FiT corresponding to WPD  HVDC transmission system to be established for Onshore & offshore projects  Training and awareness workshops. Inclusion of wind technology concepts in school curriculum to attract interest of youth.  A single window clearance for all project approval & licensing processes, and to be made online for increased transparency & tracking  Encourage R&D in top national technical education institutions, declaring grants for each new patent registration  Deployment building integrated solar-wind hybrid OR mini stand-alone wind power systems, beneficial for unelectrified areas. Net Metering option.  Progressive Incentive policies & subsidy programs. Moving from commonly-used Inverted Block Tariff (IBT) to Volume Differentiated Tariff (VDT) structures, where the lowest price for the lowest block is only available to the poor, can help to improve the targeting of electricity subsidies.  PBGs for risk sharingswapnil.energy9@gmail.com
  • Thank You Presentation by – Swapnil Gore MS in Energy Technologies Stony Brook University, NY swapnil.energy9@gmail.com “It can shape mountains. It can move oceans. Now the wind can even heat up your toaster”
  • Annexures: ReTScreen Analysisswapnil.energy9@gmail.com
  • swapnil.energy9@gmail.com
  • swapnil.energy9@gmail.com
  • swapnil.energy9@gmail.com
  • swapnil.energy9@gmail.com