Publication Type

PhD Dissertation

Version

publishedVersion

Publication Date

4-2025

Abstract

This study aims to put forward a more comprehensive and scientific impact of photovoltaic power generation project investment evaluation system, in order to make up for the inadequacy of existing research, for photovoltaic power generation project investment decision-making to provide a more powerful support. The conclusions and contributions of this study are as follows.

（1）Build impact of photovoltaic power generation project investment evaluation system, can comprehensively reflect more interests related subject of value, makes up for the traditional investment evaluation tend to focus on economic benefit analysis of the defects.

（2）The impact investment evaluation system of this study highlights the positive significance of photovoltaic power generation projects in environmental protection, poverty alleviation, and other aspects. It will guide more funds to be invested in sustainable development fields such as photovoltaic power generation, and promote the coordinated development of economy, society, and environment.

（3）Monetization of non-financial indicators was carried out. Through monetization conversion method, will be difficult to compare investigation but is very important to the project of visual performance, non-financial indicators to help decision makers to the non-financial indicators for comparison between different projects, provide more objective and accurate basis for decision-making and reference.

（4）For the impact of the general investment analysis framework is applied to specific industries provide demonstration and reference. This study will IWAF impact investment framework is applied to photovoltaic (pv) power generation project, build the evaluation system not only provides reference for the photovoltaic industry, also impact investment analysis framework for the general application to other specific industries provides a demonstration and reference.

The results of this study can not only better reflect the value interests of multiple stakeholders of photovoltaic power generation projects, but also provide more comprehensive and objective information for investors, policy makers and all walks of life to promote the sustainable development of photovoltaic power generation projects.

Keywords

Impact, Investment Evaluation, Evaluation System, Impact Measurement, Photovoltaic Power Generation

Degree Awarded

Doctor of Bus Admin (CKGSB)

Discipline

Finance | Finance and Financial Management

Supervisor(s)

LIANG, Hao

First Page

1

Last Page

149

Publisher

Singapore Management University

City or Country

Singapore

Copyright Owner and License

Author

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