This study highlights the necessity of expanding Floating PV system using idle water surface, and proposes an alternative to co-development of Korea Energy (KOEN) and the local community.
For that, Various research data were utilized to verify the ef...
This study highlights the necessity of expanding Floating PV system using idle water surface, and proposes an alternative to co-development of Korea Energy (KOEN) and the local community.
For that, Various research data were utilized to verify the efficiency of the national territory use and a need of shifting to future-oriented distributed system as well as the benefits of the system such as high generation efficiency and algal bloom control. In addition, by looking in to the results of Safety Verification on the adverse environmental factors, the necessity of Floating PV system has been identified.
In order to revitalize Floating PV system, while overcoming the challenges lying in the renewable energy industry and achieving the target of the government’s Renewable 2030 Policy, an improvement of installation-related laws and relaxation of the regulations are required.
Viewed in this light, I’d like to suggest an installation of Floating PV system in Jinyang Lake, which enables to relieve imbalanced development of the community and promote win-win growth between KOEN and Jinju City.
This study, based on a research on the favorable climate conditions and external environment of Jinyangho Lake, analyzes possible generation capacity according to inclined angle in case of installing 10MW Floating PV system with PV System Software.