2016可再生能源拍卖分析执行摘要（英文版）_28页-5mb

Summary of Renewable Energy Auctions: Analysing 2016

Core Content

This report provides an overview of the global development and performance of renewable energy auctions in 2016, highlighting their increasing role in promoting clean energy deployment through competitive pricing and transparent processes. The analysis covers key price trends, auction design elements, and the influence of various policy and market factors on the outcomes.

Main Trends in 2016

• Global Expansion: Renewable energy auctions have become a widely adopted mechanism, with the number of countries implementing them increasing from six in 2005 to at least 67 by mid-2016.
• Price Reductions: Solar and wind prices have significantly declined over the years due to technological advancements, economies of scale, and increased market competition.
• Regional Highlights:
  • Morocco: Contracted 850 MW of wind power at USD 30/MWh (lowest in the region), and 170 MW of solar PV for the Noor-Ouarzazate complex.
  • Peru: Set a record-low solar PV price of USD 47.9/MWh and wind price of USD 36.8/MWh.
  • Mexico: Wind prices dropped from USD 42.8/MWh to USD 32/MWh, and solar PV prices from USD 34.8/MWh to USD 27.0/MWh.
  • Chile: Awarded 1 GW of solar PV at USD 78/MWh and achieved a record price of USD 29.1/MWh for a solar project.
  • Germany: Continued its solar auction programme, achieving prices of EUR 74.1/MWh and EUR 72.3/MWh (USD 84/MWh and USD 81/MWh).
  • Canada: Ontario's first solar auction resulted in a price of USD 120/MWh.
  • Zambia: Awarded 1,000 MW of solar power through two auctions, achieving a price of USD 60.2/MWh.
  • United Arab Emirates: Set a global record for solar PV at USD 29.9/MWh in Dubai, with a subsequent bid of USD 24.2/MWh in Abu Dhabi.
  • Denmark: Achieved record offshore wind prices of USD 53.9/MWh and USD 71.5/MWh.
  • Argentina: Launched its first renewable auction under the RenovAr program, with solar PV at USD 59.7/MWh and wind at USD 59.4/MWh.
  • Brazil: Contracted over 400 MW of small hydro and biomass in two auctions, with an average price of BRL 198.59/MWh (USD 57.4/MWh).
  • Russia: Conducted its fourth renewables auction, but only one bidder participated for a 610 MW wind project.

Key Determinants of Auction Outcomes

1. Access to Finance and Country-Specific Conditions:

   • Countries with strong financial systems and stable regulatory environments tend to see more competitive bids.
   • Domestic content requirements and economic conditions significantly affect the cost and competitiveness of projects.

2. Investor Confidence and Market Environment:

   • Increased investor confidence, often driven by successful earlier auctions, leads to more competitive pricing.
   • A conducive regulatory environment and transparent processes enhance investor participation and trust.

3. Policy Support and Auction Design:

   • Policies that support renewable energy development, such as feed-in tariffs and quotas, are often combined with auctions.
   • Auction design elements, including volume, pricing ceilings, and project types, play a crucial role in shaping outcomes.

4. Technology Maturity and Cost Trends:

   • The maturity of renewable technologies, especially solar PV and onshore wind, has led to cost reductions and more competitive pricing.
   • The learning curve effect is a major driver of price drops, as developers gain experience and reduce costs over time.

Price Trends: Solar PV

• Global Decline: Solar PV prices fell from USD 250/MWh in 2010 to USD 50/MWh in 2016, with significant reductions in countries like Chile, Mexico, and South Africa.
• South Africa: Prices dropped sharply from USD 345/MWh in 2011 to USD 64/MWh in 2015 due to learning curve effects, local industry development, and auction design changes.
• India: Prices showed a sinuous pattern due to varied auction designs across states, with higher prices often linked to local content requirements.
• United States: Solar prices were notably lower than in many other countries, partly due to the federal solar tax credit, which reduces installation costs by about 30%.
• Germany: Prices remained relatively high due to lower solar irradiation and higher project costs, but showed potential for further reductions if better solar resources were utilised.

Price Trends: Onshore Wind

• Global Decline: Onshore wind prices have also decreased, with notable drops in Mexico, Peru, and Argentina.
• Mexico: A 45% average price drop between its two auctions in March and September 2016.
• Peru: A 33% price drop between its two auctions.
• Argentina: A 10% price drop between its two auctions.
• Italy: Prices remained in the upper range, influenced by lower capacity factors and higher operational costs.
• Chile: Prices for onshore wind dropped from USD 47.9/MWh to USD 39.7/MWh.
• Brazil: Prices fluctuated due to varying auction designs and market conditions, with a notable auction in 2016 for small hydro and biomass.

Conclusion

Renewable energy auctions have become a crucial tool for promoting clean energy deployment through competitive pricing and transparent processes. The report highlights the significant price reductions in solar and wind over the past few years, driven by technological advancements, increased market competition, and improved auction design. These auctions have proven to be an effective mechanism for achieving low-cost renewable energy, supporting sustainable development, and enhancing energy security. The analysis also underscores the importance of policy coherence, investor confidence, and local industry development in shaping successful auction outcomes.