1 / 15

Energy and Climate Change

Energy and Climate Change. Jaime Quijandria The World Bank May 2006. Outline. Energy Matrix and Climate Change World Bank Energy Work Programs Energy and Environmental Challenges Clean Energy For Development Framework Opportunities for Latin America. Energy Matrix in LAC.

mohawk
Download Presentation

Energy and Climate Change

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Energy and Climate Change Jaime Quijandria The World Bank May 2006

  2. Outline • Energy Matrix and Climate Change • World Bank Energy Work Programs • Energy and Environmental Challenges • Clean Energy For Development Framework • Opportunities for Latin America

  3. Energy Matrix in LAC • Energy Supply----In Latin America, about three quarters of energy consumption come from oil, gas and coal, the other fuel sources being nuclear, biomass, hydro and other new renewables. • Hydropower accounts for over half of installed generation capacity in Latin America, and other renewables (geothermal, wind, solar, etc) represents only 1%. The share of total renewable sources has however declined over the last decade.

  4. Energy Access and Investment Needs • Energy Access----Nearly 100 million people in Latin America (about 20% of the total population) still rely on traditional biomass for cooking and heating. Over 65 million people do not have access to electricity, including both the rural and peri-urban areas. Also the peri-urban residents with access often experience erratic supply. • Investment Needs----The World Bank study shows that an investment of US$215 billion is needed in the LAC electricity sector between 2005 and 2015. To achieve a 70% coverage of rural households and 100% coverage of urban households over the next decade, the required investment need is estimated to be US$ 56 billion.

  5. Importance of Energy Sector GHG Emissions in LAC

  6. Resident Missions and Other Field Presence World Bank Energy Work Program in LAC “Green” Countries are where World Bank has active energy programs. Mexico The Bahamas Cuba Dominican Republic Mexico, D F Jamaica Belize Kingston Haiti Port-au-Prince Honduras Guatemala Tegucigalpa El Salvador Guyana Caracas Nicaragua Suriname Venezuela French Guiana Colombia Panama Costa Rica San Jose Bogota Ecuador Quito Peru Recife Brazil Lima La Paz Bolivia Brasilia Cuiaba Paraguay Asuncion Chile Argentina Uruguay Buenos Aires

  7. Sub- Sectors that Bank is Involved • General Energy (transmission, rehabilitation, power sector lending and technical assistance) • Rural Electrification • Renewable Energy • Energy Efficiency • Carbon Trading

  8. Some Project Examples • the Nicaragua Off-grid Rural Electrification and Bolivia Decentralized Infrastructure for Rural Transformation Projects provide electricity to remote villages and dispersed users with renewables. Both projects use output-based aid schemes with payment tied to actual delivery of specific service level and quality. The innovative nature of this scheme is that it moves beyond traditional lending schemes toward results-based frameworks. • The Colombia Jepirachi Carbon Offset Project contributes to the reduction of greenhouse gas emissions from the power sector in Colombia through the promotion of a 19.5 MW wind-based electricity generation facility. The project is expected to generate a revenue of US$3.2 million by selling the carbon emission reduction credits. Part of the carbon revenue will be dedicated to co-finance a social program that will contribute to improvements in the welfare of the local indigenous community.

  9. The energy scenario is, however, evolving • Increasing international oil prices which appear to be sustained and threaten energy security • Stronger will to take actions on climate change

  10. Challenges to meet dual energy and environmental needs • Meeting the increasing energy demand • Access to affordable and reliable modern energy services • Controlling local and regional air pollution • Combating climate change

  11. G8 Call: Clean Energy and Development Investment Framework • The G8 Gleneagles summit requested the Bank to develop a clean energy investment framework in last July to accelerate investment so that developing countries can meet energy demands for growth and poverty alleviation in an environmentally sustainable way. • The Bank is following a two‑track approach: --- by end of this year, analyze our current existing instruments, the potential role of the private sector, and the potential role of other partners such as the regional banks. --- for the next two years, do in‑depth country studies to develop technology options and action plans • The Framework were generally endorsed by the Bank shareholders at the Spring Meetings 2006.

  12. Examples of New Financing Instruments Under Consideration • Clean Energy Financing Vehicle • Power Rehabilitation Financing Facility • Project Development Fund • Venture Capital funds for technology options

  13. Opportunities for LAC • The five large developing countries were identified LAC is an essential part of this new G8 initiative. Consultations with Brazil and Mexico identified substantial diagnostic and analytic work programs. • The programs for Brazil including scaling-up renewable energy development through expanded hydro and bioenergy; improvement of urban and industrial energy efficiency; natural gas development; and implementation of the forested area strategy. • The programs for Mexico include energy diversification; energy efficiency improvement in buildings and industry; sustainable transport development; and scaling up low-carbon options including expanding renewable energy and industrial and refinery efficiency (such as cogeneration).

  14. Promising Low Carbon Technologies for LAC

More Related