Seaside Renewable Energy Resources Literature Review

Author:

Girgibo Nebiyu WoldeORCID

Abstract

This review paper describes seaside renewable energy resources. The motivation and need behind this work are to give background literature on the use of climate change effects as a resource support for shallow geothermal-energy (seaside energy solutions) production. This leads to combating and mitigating climate change by using its effect to our advantage. As a part of my literature review as a report series, this report gives some background about seaside energy solutions relating to water quality and climate change. This review paper addresses all aspects of renewable energy. The methodology implemented in this review paper and other series was a systematic literature review process. After searching and collecting articles from three databases, they were evaluated by title, abstract and whole article then synthesized into the literature review. The key conclusion is that seaside renewable energy is mainly shallow geothermal-energy and most of the methods use climate change effects to their advantage such as sediment heat energy production. The main recommendation is to use the effects of climate change to combat and mitigate its causes and further consequences. The overall conclusions are built on the relationships between different aspects of the topics. The paper contributes a precise current review of renewable energy. It is the last part of a series of four review papers on climate change, land uplift, water resources, and these seaside energy solutions.

Funder

Academy of Finland

University of Vaasa

Ella and Georg Ehrnrooth Foundation

Finnish Cultural Foundation

Publisher

MDPI AG

Subject

Atmospheric Science

Reference103 articles.

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3. Optimization of cost and emission in a renewable energy microgrid;Kamboj;Proceedings of the 2016 IEEE 1st International Conference on Power Electronics, Intelligent Control and Energy Systems (ICPEICES),2016

4. Report on—Energy Technology Perspectives 2020,2020

5. Groundwater as an Energy Resource in Finland;Arola;Ph.D. Dissertation,2015

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