Book Chapter

·2022 OPEN ACCESS

Energy Policies and Strategies

Adnan Mi̇di̇lli̇ YTU

Turkish Academy of Sciences eBooks

Abstract

The main objective of this study is to develop a strategic energy system within the scope of energy policies, strategies and education and to set out the basic criteria for this energy system. In this context, a comprehensive study has been conducted and the followings have been discussed in detail, which are i) the main difficulties encountered in the field of energy, ii) the factors affecting energy resources, iii) the reasons affecting energy policies, iv) the conceptual framework of energy policies and strategies, v) the causes of inconsistencies in energy policies and strategies. In addition, the followings have been developed, including i) the conceptual design and conceptual analysis of strategic energy system and renewable hydrogen energy system, ii) the design requirements, the source interaction, the conceptual design characteristics of strategic energy system, iii) the interaction of conceptual parameters, and iv) the GeoPolyEnergetic stability steps of hydrogen energy system. Moreover, the Geo-PEaCES Approach has been developed to evaluate the strategic energy systems and a new conceptual indicator called “GeoPoliEnergetic Stability has been evolved. In this regard, a sustainable energy road map has been also developed. Accordingly, in order to develop and implement effective and efficient energy policies and strategies, it is important to take into consideration the criteria that energy policies and strategies should have.

Keywords

Scope (computer science) Conceptual framework Renewable energy Context (archaeology) Energy engineering Energy (signal processing) Energy policy Environmental economics Conceptual design Energy management Conceptual model Computer science Management science Process management Engineering Economics Mechanical engineering Mathematics

Subject Areas

Global Energy Security and Policy ·General Energy ·Physical Sciences
Hybrid Renewable Energy Systems ·Energy Engineering and Power Technology ·Physical Sciences
Integrated Energy Systems Optimization ·Electrical and Electronic Engineering ·Physical Sciences

OpenAlex SDG Match

SDGs auto-classified by OpenAlex (score ≥ 0.4 shown).

Affordable and clean energy 65%