CAJ | 학술논문

海上风电拓扑优化选址的核心是专家调查法,本文将传统的专家调查法中专家系统分为行业专业和专业专家,并分别对综合因子的权重系数和项目指标进行赋分,以充分发挥专家自身的优势,且能避免行业专家的专业偏向性,并提高了专业专家评估的准确性.本文还将专家投标制引入了一次拓扑优化选址的应用中,改善了对海域内争议因素定性的绝对性;另外,在评分结束后,专家对评分结果进行再评价,并且以评分结果和再评价意见共同作为拓扑选址的依据,进而保证了评估的科学性.
해상풍전탁복우화선지적핵심시전가조사법,본문장전통적전가조사법중전가계통분위행업전업화전업전가,병분별대종합인자적권중계수화항목지표진행부분,이충분발휘전가자신적우세,차능피면행업전가적전업편향성,병제고료전업전가평고적준학성.본문환장전가투표제인입료일차탁복우화선지적응용중,개선료대해역내쟁의인소정성적절대성;령외,재평분결속후,전가대평분결과진행재평개,병차이평분결과화재평개의견공동작위탁복선지적의거,진이보증료평고적과학성.
e core of the topological optimization site selection of o shore wind farm is expert investigation method. is paper divides the expert system into industry expert and professional expert, which score the weighting coe cient and the value of aggregate impact factor. e marking scheme can develop the ability of the expert, avoid the professional bias of the industry expert and improve the assessment veracity by professional expert. Another optimization of expert investigation method is the application of the accumulative vote method in rst topological optimization site selection, which provides a solution for qualitative analysis of the disputed factors. In addition, the industry experts need to assess the score results. And with the synthesized assessment opinion the score results will be the basis for second topological optimization site selection, which gives an extra guarantee for the scienti c site selection.