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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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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