Comparing advanced energy cycles and developing priorities for future R&D

This report lists and discusses the types of information that are necessary for making decisions about the allocation of R&D funds among various electric power related energy technologies. The discussion is divided into two parts: (1) the task of choosing among different technologies and...

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Main Authors: Gruhl, Jim, Sotak, Arthur E.
Format: Technical Report
Language:en_US
Published: MIT Energy Laboratory 2006
Subjects:
Online Access:http://hdl.handle.net/1721.1/31331
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author Gruhl, Jim
Sotak, Arthur E.
author_facet Gruhl, Jim
Sotak, Arthur E.
author_sort Gruhl, Jim
collection MIT
description This report lists and discusses the types of information that are necessary for making decisions about the allocation of R&D funds among various electric power related energy technologies. The discussion is divided into two parts: (1) the task of choosing among different technologies and (2) the task of guiding toward the most important specific projects within an individual technology. To choose among alternative energy technologies requires assumptive information, assessment infor- mation, probabilistic information, and techniques for quantifying the overall desirability of each alternative. Guidance toward the most important projects requires information about levels and uncertainties of certain performance measures and their importance relative to external thresholds or relative to the performance of competing technologies. Some simple examples are presented to illustrate the discussion. A bibliography of more than 200 important references in this field was compiled and is appended to this report.
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spelling mit-1721.1/313312019-04-12T08:25:55Z Comparing advanced energy cycles and developing priorities for future R&D Gruhl, Jim Sotak, Arthur E. Research and development contracts |z United States. Technology assessment |z United States. This report lists and discusses the types of information that are necessary for making decisions about the allocation of R&D funds among various electric power related energy technologies. The discussion is divided into two parts: (1) the task of choosing among different technologies and (2) the task of guiding toward the most important specific projects within an individual technology. To choose among alternative energy technologies requires assumptive information, assessment infor- mation, probabilistic information, and techniques for quantifying the overall desirability of each alternative. Guidance toward the most important projects requires information about levels and uncertainties of certain performance measures and their importance relative to external thresholds or relative to the performance of competing technologies. Some simple examples are presented to illustrate the discussion. A bibliography of more than 200 important references in this field was compiled and is appended to this report. Sponsored by U.S. Environmental Protection Agency, Contract #68-02-2146. 2006-03-13T16:00:27Z 2006-03-13T16:00:27Z 1978-07 Technical Report 04830534 http://hdl.handle.net/1721.1/31331 en_US MIT-EL 78-030 3129491 bytes application/pdf application/pdf MIT Energy Laboratory
spellingShingle Research and development contracts |z United States.
Technology assessment |z United States.
Gruhl, Jim
Sotak, Arthur E.
Comparing advanced energy cycles and developing priorities for future R&D
title Comparing advanced energy cycles and developing priorities for future R&D
title_full Comparing advanced energy cycles and developing priorities for future R&D
title_fullStr Comparing advanced energy cycles and developing priorities for future R&D
title_full_unstemmed Comparing advanced energy cycles and developing priorities for future R&D
title_short Comparing advanced energy cycles and developing priorities for future R&D
title_sort comparing advanced energy cycles and developing priorities for future r d
topic Research and development contracts |z United States.
Technology assessment |z United States.
url http://hdl.handle.net/1721.1/31331
work_keys_str_mv AT gruhljim comparingadvancedenergycyclesanddevelopingprioritiesforfuturerd
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