利用SF TOP-DEMATEL方法对医院可再生能源技术投资进行风险最小化的策略生成

H. Di̇nçer, Serkan Eti, S. Yuksel, Yasar Gokalp, Büşra Çelebi
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引用次数: 0

摘要

有效的风险管理对提高可再生能源技术投资具有重要作用。由于这个问题,必须采取必要的行动来有效地管理这些风险。然而,成本高是这些行动实施的最大缺点。因此,在财政上不可能同时实施不同的战略。换句话说,有必要确定这些策略中最重要的策略。因此,本研究的目的是对医院可再生能源技术相关的风险策略进行优先级评价。为此,采用SF TOP-DEMATEL技术生成新的模型。在此过程中,通过文献评价来定义显著指标。在接下来的过程中,计算这些指标的权重。本研究的主要贡献是提出了一种名为TOP-DEMATEL的新技术。在这个范围内,TOPSIS的最后步骤被整合到DEMATEL的分析过程中,以克服对经典DEMATEL技术的批评。此外,还进行了优先级评估,以了解可再生能源技术投资中最关键的风险管理策略。在此分析的帮助下,可以更容易地采取风险管理行动,而不会遇到财务困难。可以确定,对于不同的t值,各准则的加权结果非常相似。这种情况表明所提出的模型提供了一致和可靠的结果。在此背景下,政府支持是最重要的战略。此外,技术进步对这种情况也起着至关重要的作用。强烈建议各国政府建立适当的法律和监管框架,以促进可再生能源项目。这些框架可以促进项目的融资和许可,并提供诸如税收优惠和补贴等经济激励措施。此外,政府还应提供财政支持,如激励、赠款计划和低息贷款。
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Strategy Generation for Risk Minimization of Renewable Energy Technology Investments in Hospitals with SF TOP-DEMATEL Methodology
Effective risk management plays an important role to improve renewable energy technology investments. Because of this issue, necessary actions must be implemented to effectively manage these risks. However, having high costs is the biggest disadvantage of the implementation of these actions. Therefore, it is not financially possible to implement different strategies together. In other words, it is necessary to identify the most important of these strategies. Accordingly, the purpose of this study is to make a priority evaluation for the risk strategies related to renewable energy technologies in hospitals. For this purpose, a new model is generated with SF TOP-DEMATEL technique. In this process, significant indicators are defined based on literature evaluations.In the next process, the weights of these indicators are calculated. The main contribution of this study is that a new technique is proposed by the name of TOP-DEMATEL. In this scope, the finals steps of TOPSIS are integrated to the analysis process of DEMATEL to overcome criticisms for classical DEMATEL technique. Moreover, a priority evaluation is carried out to understand the most critical risk management strategies in renewable energy technology investments. With the help of this analysis, it can be much easier to take risk management actions without having financial difficulties. It is determined that the weighting results of the criteria are quite similar for different t values. This situation identifies that the proposed model provides coherent and reliable results. It is concluded that government support is the most important strategy in this context. Additionally, technological improvements also play a crucial role for this situation. It is strongly recommended that governments should establish appropriate legal and regulatory frameworks to promote renewable energy projects. These frameworks can facilitate the financing and licensing of projects and offer economic incentives such as tax incentives and subsidies. Additionally, governments should also provide financial support such as incentives, grant programs, and low-interest loans.
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