Feasibility Evaluation Research On Investment Of Solar Energy Project

Energy is the foundation for human existence and development, and exploiting green-energy has become a developing direction of world energy. Solar energy, which is considered as an alternative energy, is not only primary energy, but also renewable energy. Solar energy projects are with characteristics of big regional differences, high construction costs and dramatic differences in returns. Therefore, feasibility evaluation research is requested thoroughly and systematically by the enterprise before project implementation. This thesis evaluates and analyzes investment feasibility of Xinjiang A solar energy project. The main contents of this thesis are as follows:First, research background and significance, research status of domestic and foreign and proposal research methods of this thesis are explained, and current development situation of solar power, the advantages and disadvantages of solar power and solar power advantage in china are analyzed.Secondly, theoretical foundation of feasibility evaluation is overviewed, mainly includes:feasibility research concepts, research objects, research effects, research phase division and research content. Feasibility analysis of key characteristics for solar energy project is performed. Evaluation index system is established based upon analysis results. Feasibility evaluation methods are designed afterwards. Multilevel fuzzy comprehensive evaluation method (MFCEM) has been utilized for avoiding too much qualitative description and few quantitative analyses. Quantitative conclusion is drawn according to MFCEM.Then project profiles are introduced and the necessity of project construction is analyzed according to some Xinjiang solar energy project. Analysis of project external conditions, technology solution, economic evaluation and national economic evaluation is conducted separately.Finally, the project is evaluated based on the evaluating system after ensuring index ratio.The results of this thesis are important foundations for the project conduction, and the method is valuable for the relevant projects.