20211014-IRENA-Renewables_Readiness_Assessment_Djibouti_60页_1mb

Renewables Readiness Assessment Summary:

Country: Djibouti
Report: Renewables Readiness Assessment (RRA)
Date: May 2015

Key Findings & Conclusions:

1. Energy Context:

   • Challenges: Djibouti heavily relies on imported fossil fuels for electricity generation, leading to high energy costs, price volatility, and limited access to modern energy services (55% access rate, lower than regional and global averages). Grid stability issues and frequent outages hinder economic growth.
   • Opportunities: The country has significant geothermal, wind, and solar energy potential (e.g., 300–650 MWe geothermal, excellent wind sites, high solar irradiance). Leveraging these resources can reduce energy import dependence, improve energy security, and lower costs over time.
   • Regional Integration: Djibouti benefits from an interconnection with Ethiopia, providing ~65% of its electricity at competitive prices. Further regional integration (e.g., via EAPP or transcontinental hubs) could enhance energy security and attract investment.
   • Vision 2035: The government aims for 100% renewable energy by 2020 and full energy transition by 2035, aligning with regional and global sustainability goals.

2. Enabling Environment:

   • Policy Regulatory Gaps: D lacks a comprehensive energy policy and clear regulatory frameworks for renewable energy deployment, limiting private sector participation.
   • Financing Constraints: Limited local financing, high import duties (26% + 7% VAT), and tariff barriers increase costs. Development partners (e.g., AfDB, World Bank, IRENA) play a crucial role in funding, but policy reforms are needed to attract private investment.
   • Capacity Building: Insufficient technical and scientific capacity (e.g., energy data inconsistent, R&D limited), requiring institutional support (e.g., CERD, University of Djibouti) for renewable resource assessment and innovation.

3. Emerging Issues & Opportunities:

   • Grid-Connected Renewables: Geothermal (e.g., 50 MW plant) and wind PV technologies can meet baseload and peak demand, reducing costs and emissions. Feasibility depends on enabling policies (e.g., FiT schemes).
   • Off-Grid Renewables: PV and mini-grids can expand access in rural areas, addressing the 55% urban-rural access divide. Diesel alternatives can be accelerated through cost-effective solutions (e.g., hybrid systems).
   • Strategic Position:** Djibouti’s central location enables it to become a transcontinental energy transit hub (e.g., Ethiopia-Yemen interconnector), enhancing its role in regional power trade.

4. Recommended Actions:

   • Long-Term Energy Planning: Align master plans with renewable goals, prioritize energy efficiency, and balance supply-side improvements with demand-side management.
   • Policy Legal Reforms: Draft an Electricity Law to enable renewable energy, introduce FiTs, standardize PPA structures, and reduce trade barriers (e.g., eliminate import duties on renewable equipment).
   • Capacity Institutional Strengthening: Enhance CERD and the University of Djibouti’s roles in research, data collection, and training. Support private sector and NGOs through soft loans, incentives, and public-private partnerships.
   • Rural Electrification: Develop a tailored strategy with clear access targets, leveraging rural concessions and decentralized PV/wind systems funded by grants or concessional finance.
   • Broader Economic Integration: Align energy plans with Vision 2035’s industrial and logistical goals to maximize employment (e.g., renewable jobs target: ~1,500 direct jobs for a 50 MW geothermal plant).
   • Monitoring Benchmarking: Create national renewable energy performance indicators to track progress, complemented by regulatory monitoring mechanisms.

Conclusion:
Renewables are key to Djibouti’s energy future, offering cost certainty, energy security, and economic diversification. Achieving Vision 2035 requires policy reforms, institutional capacity, and targeted investments to unlock the country’s significant geothermal, wind, and solar potential.