Financial and Economic Assessment of Tidal Stream Energy—A Case Study

This case study is based on actual project and consultancy work, balancing real life<br />experience with a review and analysis of empirical and theoretical literature. Tidal stream energy<br />(TSE) is still a nascent technology, but with much better predictability than the classical al...

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Main Author: Stocker Klaus
Format: Article
Language:English
Published: MDPI AG 2020-08-01
Series:International Journal of Financial Studies
Subjects:
Online Access:https://www.mdpi.com/2227-7072/8/3/48
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spelling doaj-7dcf4d6d180442f19f3a160b1af317cf2020-11-25T01:58:28ZengMDPI AGInternational Journal of Financial Studies2227-70722020-08-018484810.3390/ijfs8030048Financial and Economic Assessment of Tidal Stream Energy—A Case StudyStocker Klaus0Department of International Business, Georg-Simon Ohm Institute of Technology, D-90489 Nuremberg, GermanyThis case study is based on actual project and consultancy work, balancing real life<br />experience with a review and analysis of empirical and theoretical literature. Tidal stream energy<br />(TSE) is still a nascent technology, but with much better predictability than the classical alternatives<br />of sun and wind. Being still more expensive than other renewable technologies, it is important to<br />find locations in order to initiate a learning process to bring down cost to a competitive level as it<br />was the case for solar and wind technologies. Locations for an initial phase of operation of TSE small<br />islands in the Philippines (and other Asian countries) were found to be most suitable, because<br />expensive and polluting diesel generators can be replaced and a reliable 24 h electricity supply can<br />be established. Different appraisal methods in different scenarios show that under normal<br />circumstances a hybrid combination of TSE, solar energy and battery storage is financially and<br />economically superior to existing fossil energy based power stations as well as to solar energy alone.<br />However, the traditional financial approaches are not always reliable, in spite of superficial<br />mathematical exactness, and the parameters used must be analysed carefully, especially if we deal<br />with innovative technologies with fast changes. In times of global warming we must also include<br />the controversial issue of evaluating damages from greenhouse gases if choosing fossil alternatives.<br />When evaluating and planning renewable technologies, engineering know-how is important, but<br />insufficient. Since financing is a crucial issue for most renewable technologies with high front loaded<br />cost and long amortisation periods, a thorough and trustworthy financial and economic analysis is<br />necessary not only to avoid financial failure later on, but also to attract stakeholders like private<br />investors, banks and government institutions to support a still unknown technology.https://www.mdpi.com/2227-7072/8/3/48renewable energytidal streamphotovoltaicswind energyhybrid systemfinancing
collection DOAJ
language English
format Article
sources DOAJ
author Stocker Klaus
spellingShingle Stocker Klaus
Financial and Economic Assessment of Tidal Stream Energy—A Case Study
International Journal of Financial Studies
renewable energy
tidal stream
photovoltaics
wind energy
hybrid system
financing
author_facet Stocker Klaus
author_sort Stocker Klaus
title Financial and Economic Assessment of Tidal Stream Energy—A Case Study
title_short Financial and Economic Assessment of Tidal Stream Energy—A Case Study
title_full Financial and Economic Assessment of Tidal Stream Energy—A Case Study
title_fullStr Financial and Economic Assessment of Tidal Stream Energy—A Case Study
title_full_unstemmed Financial and Economic Assessment of Tidal Stream Energy—A Case Study
title_sort financial and economic assessment of tidal stream energy—a case study
publisher MDPI AG
series International Journal of Financial Studies
issn 2227-7072
publishDate 2020-08-01
description This case study is based on actual project and consultancy work, balancing real life<br />experience with a review and analysis of empirical and theoretical literature. Tidal stream energy<br />(TSE) is still a nascent technology, but with much better predictability than the classical alternatives<br />of sun and wind. Being still more expensive than other renewable technologies, it is important to<br />find locations in order to initiate a learning process to bring down cost to a competitive level as it<br />was the case for solar and wind technologies. Locations for an initial phase of operation of TSE small<br />islands in the Philippines (and other Asian countries) were found to be most suitable, because<br />expensive and polluting diesel generators can be replaced and a reliable 24 h electricity supply can<br />be established. Different appraisal methods in different scenarios show that under normal<br />circumstances a hybrid combination of TSE, solar energy and battery storage is financially and<br />economically superior to existing fossil energy based power stations as well as to solar energy alone.<br />However, the traditional financial approaches are not always reliable, in spite of superficial<br />mathematical exactness, and the parameters used must be analysed carefully, especially if we deal<br />with innovative technologies with fast changes. In times of global warming we must also include<br />the controversial issue of evaluating damages from greenhouse gases if choosing fossil alternatives.<br />When evaluating and planning renewable technologies, engineering know-how is important, but<br />insufficient. Since financing is a crucial issue for most renewable technologies with high front loaded<br />cost and long amortisation periods, a thorough and trustworthy financial and economic analysis is<br />necessary not only to avoid financial failure later on, but also to attract stakeholders like private<br />investors, banks and government institutions to support a still unknown technology.
topic renewable energy
tidal stream
photovoltaics
wind energy
hybrid system
financing
url https://www.mdpi.com/2227-7072/8/3/48
work_keys_str_mv AT stockerklaus financialandeconomicassessmentoftidalstreamenergyacasestudy
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