Difference between revisions of "Fuel Oil Volatility – Complications for Evaluating A Proposed Power Purchase Agreement for Renewable Energy in Nome, AK"

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| <span style="line-height: 20.400001525878906px;">Private development of a geothermal project to bring electric power to Nome, AK, will require a power purchase agreement between the developer and local utility. Small loads and difficult logistics increase fuel costs for the existing diesel based system, suggesting potential economic benefit from geothermal power. But tools for evaluating future diesel prices in remote, rural markets are sparse – in large part because only 1-3 deliveries determine diesel prices for the year. This paper leverages standard tools to help clarify consequences for Nome citizens of replacing a portion of their stochasticly diesel-based power with stable-priced geothermal energy. It finds that accounting for the unusual nature of episodic fuel deliveries significantly adds to normal annual fuel-oil volatility.<ref>Fuel Oil Volatility – Complications for Evaluating A Proposed Power Purchase Agreement for Renewable Energy in Nome, AK. Antony G Scott.</ref></span>
 
| <span style="line-height: 20.400001525878906px;">Private development of a geothermal project to bring electric power to Nome, AK, will require a power purchase agreement between the developer and local utility. Small loads and difficult logistics increase fuel costs for the existing diesel based system, suggesting potential economic benefit from geothermal power. But tools for evaluating future diesel prices in remote, rural markets are sparse – in large part because only 1-3 deliveries determine diesel prices for the year. This paper leverages standard tools to help clarify consequences for Nome citizens of replacing a portion of their stochasticly diesel-based power with stable-priced geothermal energy. It finds that accounting for the unusual nature of episodic fuel deliveries significantly adds to normal annual fuel-oil volatility.<ref>Fuel Oil Volatility – Complications for Evaluating A Proposed Power Purchase Agreement for Renewable Energy in Nome, AK. Antony G Scott.</ref></span>
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Revision as of 11:45, 1 May 2014

Innovating Energy Access for Remote Areas: Discovering Untapped Resources
About the International DAAD-Alumni Summer School, Sustainable Provision of Rural RE
Programme
Participants Presentations
Speaker Presentations


Fuel Oil Volatility – Complications for Evaluating A Proposed Power Purchase Agreement for Renewable Energy in Nome, AK

Presenter: Antony G Scott, (University of Alaska Fairbanks, USA)

Rapporteur: Katie Mohosky


Overview

Private development of a geothermal project to bring electric power to Nome, AK, will require a power purchase agreement between the developer and local utility. Small loads and difficult logistics increase fuel costs for the existing diesel based system, suggesting potential economic benefit from geothermal power. But tools for evaluating future diesel prices in remote, rural markets are sparse – in large part because only 1-3 deliveries determine diesel prices for the year. This paper leverages standard tools to help clarify consequences for Nome citizens of replacing a portion of their stochasticly diesel-based power with stable-priced geothermal energy. It finds that accounting for the unusual nature of episodic fuel deliveries significantly adds to normal annual fuel-oil volatility.[1]
File:Experience from First Solar Mini Grid Service in Bangladesh.pdf


Main Topics of Discussion

  • No grid interconnection; north of the Arctic Circle; assessing potential for geothermal energy
  • Main topics of discussion, points not reflected in ppt?
  • Nome faces a particular degree of volatility
  • How to capture in the modeling framework?
  • Energy security was the main motivating factor
  • Establishing trust with public officials was an important step

References

  1. Fuel Oil Volatility – Complications for Evaluating A Proposed Power Purchase Agreement for Renewable Energy in Nome, AK. Antony G Scott.