Charging pile relocation and relocation decision-making method based on full-life operation cycle score
The invention discloses a charging pile relocation and relocation decision-making method based on a full-life operation cycle score, and aims to solve the problems of low decision-making efficiency and high judgment difficulty caused by manual judgment and blind decision-making adopted in the reloca...
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Main Authors | , , , , , , , , , , , , , , , , |
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Format | Patent |
Language | Chinese English |
Published |
22.09.2023
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Abstract | The invention discloses a charging pile relocation and relocation decision-making method based on a full-life operation cycle score, and aims to solve the problems of low decision-making efficiency and high judgment difficulty caused by manual judgment and blind decision-making adopted in the relocation and relocation decision-making of a charging pile in the prior art. Establishing a multi-dimension evaluation system of the charging pile, and establishing a plurality of corresponding sub-dimension evaluation indexes under each dimension; a TOPSIS decision-making method is adopted, a charging pile relocation decision-making model is established, and the TOPSIS score of the whole service life operation cycle of the charging pile is calculated. Digitalized decision making is realized, decision making accuracy is improved, charging pile relocation cost is reduced, and relocation risk and loss are reduced. By evaluating the health condition, the operation condition, the operation and maintenance condition and the |
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AbstractList | The invention discloses a charging pile relocation and relocation decision-making method based on a full-life operation cycle score, and aims to solve the problems of low decision-making efficiency and high judgment difficulty caused by manual judgment and blind decision-making adopted in the relocation and relocation decision-making of a charging pile in the prior art. Establishing a multi-dimension evaluation system of the charging pile, and establishing a plurality of corresponding sub-dimension evaluation indexes under each dimension; a TOPSIS decision-making method is adopted, a charging pile relocation decision-making model is established, and the TOPSIS score of the whole service life operation cycle of the charging pile is calculated. Digitalized decision making is realized, decision making accuracy is improved, charging pile relocation cost is reduced, and relocation risk and loss are reduced. By evaluating the health condition, the operation condition, the operation and maintenance condition and the |
Author | CEN ZHIJIA ZHANG YANG XU SHUAI WANG MINGMING ZHOU JINGSONG ZHENG YINGXUAN DING XIAOYIN CHEN JINGYUN JIANG TING ZHOU YONGJIA LI LIANG JIANG ZHIBO CAI JIAN CHEN XIAOTAO LI YANWEI SHEN JIE YIN HONGYUAN |
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DocumentTitleAlternate | 一种基于全寿命经营周期评分的充电桩迁改决策方法 |
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RelatedCompanies | QUZHOU POWER SUPPLY COMPANY OF STATE GRID ZHEJIANG ELECTRIC POWER CO., LTD |
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Snippet | The invention discloses a charging pile relocation and relocation decision-making method based on a full-life operation cycle score, and aims to solve the... |
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Title | Charging pile relocation and relocation decision-making method based on full-life operation cycle score |
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