Comprehensive Evaluation of the Offshore Wind Power Project Navigation Safety

Abstract

This paper introduce the necessity of the construction of offshore wind power projects, analysis of the impact on the marine transport of offshore wind power project after completion, and then use the fuzzy comprehensive evaluation method to carry out a comprehensive assessment of offshore wind power projects, by identifying risk assessment index system, establish model for risk assessment, the final task is use the model to evaluate the navigation safety of an offshore wind power project.

Offshore Wind Power Transmission Decision-making Based on Grey Correlation and Topsis

“…Δy ij (7) where Δy ij = y j + -y ij ; min i min j Δy ij is the minimum difference between the two levels; max i max j Δy ij is the maximum difference between the two levels; ρ∈ 0, 1 is the resolution function, generally taken 0.5.…”

“…Yang measured the riskiness of offshore wind projects from the perspective of risk management through questionnaires and the use of a fuzzy comprehensive evaluation [6]. Kang used the elimination selection method to realize the ranking of offshore wind power projects [7]. In [8], the economy and risk of offshore wind projects are explored through the RBF neural network improved by a genetic algorithm.…”

Future prospects research on offshore wind power scale in China based on signal decomposition and extreme learning machine optimized by principal component analysis

“…In recent years, many scholars have devoted themselves to studying the status of offshore wind energy resources in various countries, and conducted evaluation from multiple layers. The hottest research is the construction technology of wind power 3‐20 such as tower structure, unit aerodynamic performance, wind turbine blade optimization design. Ma et al 3 established the time domain coupling calculation model of floating wind turbine, and proposed the wind turbine blade combination optimization design method.…”