摘要
废旧动力电池具有较强的负外部性,违背了新能源汽车设计的初衷。为促进废旧动力电池有效回收,将前景理论与演化博弈论耦合,综合考虑政府、企业(汽车生产)和公众之间的利益,促使政府和公众对企业进行共同监督,构建三方博弈模型。针对初始意愿、罚款组成、风险态度系数和损失规避系数的不同情况,进行模拟数值仿真,并结合现实中废旧动力电池的认识度、奖惩机制和盈利信心进行分析。研究表明:提高公众或政府的初始监督意愿,可以促进企业回收废旧动力电池;当企业的回收策略为亏损时,提高企业对公众的补偿金额、降低企业的风险态度系数和损失规避系数,可以促进企业积极回收;在废旧动力电池回收过程中,共同监督的效果优于单独监督。
Used power batteries have strong negative externalities,contrary to the original intention of new energy vehicle design.To promote the effective recycling of used power batteries,the prospect theory is coupled with evolutionary game theory,and the interests of the government,enterprises(automobile production)and the public are thoroughly considered so that the enterprises can be jointly supervised by the government and the public and a tripartite game model can be developed.Analogue numerical simulations are conducted for different scenarios of initial willingness,penalty composition,risk attitude coefficient and loss aversion coefficient,and in relation to awareness,reward and punishment mechanisms and profitability confidence of used power batteries in reality,analysis is made.Our study shows increasing the initial supervisory willingness of the public or the government promotes the recycling of used power batteries by enterprises;when the recycling strategy of enterprises is losing money,active recycling by enterprises is enhanced by increasing the amount of compensation from enterprises to the public,and decreasing the risk attitude coefficients and loss aversion coefficients of enterprises;in the recycling process of used power batteries,joint supervision is superior to individual supervision.
作者
许礼刚
刘荣福
陈磊
倪俊
XU Ligang;LIU Rongfu;CHEN Lei;NI Jun(School of Economics and Management,Jiangxi University of Technology,Ganzhou 341000,China;Jiangxi Mechanical and Electrical Equipment Tendering Co.,Ltd.,Ganzhou 341000,China)
出处
《重庆理工大学学报（自然科学）》
CAS
北大核心
2024年第1期290-297,共8页
Journal of Chongqing University of Technology：Natural Science
基金
江西省社会科学研究规划项目(22GL21)
江西理工大学研究生创新专项资金项目(XY2023-S040)
江西理工大学繁荣哲学社会科学研究项目(FZ18-YB-13)。
关键词
动力电池
演化博弈
前景理论
共同监督
奖惩机制
power battery
evolutionary game
prospect theory
joint supervision
reward and punishment mechanism
