Site selection for hybrid offshore wind and wave power plants using a four-stage framework: A case study in Hainan, China
Abstract
The site selection for hybrid offshore wind and wave power plants (HOWWPP) is a critical step to a successful HOWWPP project. In this study, a four-stage framework is presented for determining the most suitable marine areas for the siting of HOWWPP. First, wind and wave energy potentials are assessed as a foundation for the implementation of a HOWWPP project. Next, unsuitable areas for the siting of HOWWPP are determined based on exclusion criteria to avoid any potential conflicts of marine spatial planning. Feasible areas (not satisfying the exclusion criteria) are classified and converted into spatial layers separately according to evaluation criteria. Then, the triangular fuzzy analytic hierarchy process is applied to calculate the evaluation criteria weights. Finally, the site suitability of feasible areas is calculated using the weighted overlay approach and then categorized into five classes. To validate the effectiveness of the proposed framework, a case study in Hainan Province of China was conducted. The results indicate that the marine areas with medium to very high suitability are approximately 1312 km2 (4.7% of the study area) for the deployment of HOWWPP. The obtained results of this study can support potential planners in selecting marine areas for the installation of HOWWPP.
Xiao Zhou
Postdoctoral Researcher
2021 - 2023
My research interests include sustainable development, marine spatial planning, and environmental policy analysis
Ganmin Yin
PhD Student
2020 - present
My research interests include Human Mobility, Transportation, Urban Data Mining, Social Sensing and GeoAI.
Yi Bao
Postdoctoral Researcher
2023 - presentPhD Student
2018 - 2023
My research interests include Geographical Information Systems, Remote Sensing, Urban Data Mining, Deep Learning
