2017年-世界发展银行全球_Securing_Energy_for_Development_in_West_Bank_and_Gaza_131页_4mb

Summary of "Securing Energy for Development in West Bank and Gaza"

Core Content

The document outlines the current and future energy challenges in the West Bank and Gaza, emphasizing the need for diversified and secure electricity supply to support development. It highlights the critical role of energy in the Palestinian economy and the urgent need for investment in infrastructure, renewable energy, and financial reforms.

Main Points

• Energy Supply Situation:

  • The Palestinian Territories face severe energy security challenges, with Gaza experiencing frequent blackouts and the West Bank experiencing seasonal shortages.
  • Electricity demand is projected to grow at an average of 3.5% annually, necessitating new supply options to avoid worsening shortages.
  • The Palestinian electricity sector relies heavily on Israeli imports, which account for 90% of electricity supply as of 2015, though this is expected to change with new infrastructure and alternative sources.

• Current Electricity Supply Sources:

  • Israeli Electricity: The main source, with 99% of the West Bank's consumption coming from Israeli imports and 64% from Gaza.
  • Jordan and Egypt: Provide modest imports, but both face issues with reliability and cost.
  • Renewables: The only significant renewable resource in the region is solar, with substantial potential in the West Bank (especially Area C) and limited potential in Gaza.

• Challenges in the Sector:

  • Tariff and Cost Recovery: Electricity tariffs are not at cost recovery levels, leading to implicit subsidies and financial instability.
  • Debt Issues: Unpaid electricity bills have led to a 'net lending' crisis, with Israel deducting over NIS 1 billion from the Palestinian Authority's clearance revenues in 2015.
  • Institutional Reforms: The sector has undergone reorganization, but it still lacks a consolidated and creditworthy structure.

• Renewable Energy Potential:

  • The West Bank has significant solar potential, estimated at 3,477 MW, with Area C being the most promising for large-scale solar projects.
  • Gaza has limited solar potential (160 MW) due to land constraints, but it can still play a role in energy security.
  • The Palestinian Authority aims to develop 130 MW of renewable energy by 2020, but only 18 MW have been realized so far.

• Natural Gas Imports:

  • Importing natural gas from Israel for power generation is a viable medium-term option, with the potential to reduce operating costs significantly.
  • The Gaza Marine gas field, if developed, could supply Palestinian needs and generate substantial fiscal revenues over 25 years.
  • However, development of Gaza Marine requires a credible gas supply contract and significant investment, estimated at US$0.25–1.20 billion.

• Energy Efficiency:

  • Energy efficiency measures are a cost-effective way to improve energy security and reduce demand.
  • The current National Energy Efficiency Action Plan aims for 1% annual savings by 2020, while a more ambitious plan for 2020–2030 targets 5% savings.
  • Energy-efficient appliances and smart grid infrastructure are key components of this strategy.

• Transmission Infrastructure:

  • There is currently no significant transmission infrastructure in the Palestinian Territories.
  • Developing a transmission backbone is necessary as domestic generation increases, especially in the West Bank where it can be managed by wheeling power through the Israeli grid.
  • Transmission infrastructure development faces challenges due to the need for Israeli permits, particularly in Area C.

• Investment Scenarios:

  • A Robust Power System Planning Model was developed to evaluate five key scenarios for energy supply in the West Bank and Gaza:
    • Do nothing: Leads to increasing unserved demand, reaching 9% by 2030.
    • Planned Future: Involves implementing existing projects and results in no unserved demand.
    • PENRA Vision: Aims to limit reliance on any one energy source to no more than 50%.
    • Maximum Cooperation: Relies heavily on Israeli imports, with 96% of electricity coming from Israel.
    • Maximum Independence: Focuses on domestic generation, reducing reliance on imports to 36%.

• Financial Model Considerations:

  • The financial model highlights the affordability of electricity tariffs and the potential subsidy burden.
  • The average cost of power generation is relatively stable across scenarios, ranging from US$0.098 to US$0.102 per kilowatt-hour.
  • Capital expenditure varies significantly, with domestic generation scenarios requiring investments of US$0.85–2.28 billion.
  • The 'Planned Future' scenario is the most cost-effective and has no unserved demand.

Key Recommendations

• Phase 1: Improve sector creditworthiness to ensure reliable financing and reduce dependency on informal payment mechanisms like 'net lending'.
• Phase 2: Advance "no regrets" measures such as energy efficiency and renewable energy projects that have lower financial and technical risks.
• Phase 3: Implement the first wave of Independent Power Producers (IPPs) to diversify the energy supply and reduce costs.
• Phase 4: Undertake transformational projects such as the development of a transmission backbone and the utilization of domestic renewable resources.

Conclusion

The Palestinian energy sector is at a critical juncture, with the need to balance short-term reliability with long-term sustainability. Diversification of energy sources, investment in renewable energy and transmission infrastructure, and financial reforms are essential to achieving a secure and affordable electricity supply. The development of a robust and creditworthy power sector is crucial for economic growth and development in the region.