Abstract:
The global economy is moving towards new energy types and energy mixes. In the
energy sector, energy diversification and energy transition are popular topics. The
energy consumption of the fisheries industry is one of the widely discussed topic in
the world. The aim of this research was to develop a framework that evaluates the
suitability of energy mixes for fishing vessels with different energy diversification
and energy transition scenarios. A narrative review of literature was utilized. Twenty-eight research papers were gathered using a string of key words: “energy mix”,
“energy source”, “energy consumption”, “fishing”, and “shipping” applied to the
Web of Science database. Four inclusion and exclusion criteria were used to select
the final set of literature (17) of this study. A framework for evaluating the
acceptability of various energy mixtures for fishing vessels has been designed based
on the knowledge synthesized through thematic analysis. The framework consists of
seven criterions: 1) energy diversification and transition scenarios, 2) characteristics
of the industry, 3) types of suitability assessments, 4) assessment lenses, 5)
assessment criteria, 6) energy types (level 01) and energy mixes (level 02) and 7)
identification of the level of suitability. This can be regarded as a basic structure that
can be modified to meet the objectives of energy diversification. Hence, this
framework can be utilized as a tool for policy decision making in both fisheries and
energy sectors. A developed and modified version of the framework can be used for
the other stages of the fishery industry and other industries to assess the suitability of
the energy mixes.
