Optimization model of type selection and product-distribution undercoexistence of pure electric automobile and traditional automobile
共存环境下汽车类型选择与生产—分销优化模型

This paper studied the collaborative optimization problem about automobile type selection and production-distribution under the coexistence of pure electric automobile and traditional automobile. First the research considered the influence of prices, perfect degree of supporting facilities and technical level on consumer selecting pure electric vehicle, and it got the demand function according to the different consumer surplus about the purchase of pure electric automobile and traditional automobile. Then, on the assumption of limit plant capacity, it built a 0-1 mixed integer nonlinear optimization model with profit maximization as objective function. It used PSO algorithm to solve the decision variables of pure electric automobile and traditional automobile such as sales price, production scale, freight volume, store location and so on. In the last part, it illustrated the practical application value of the model through an example. The research provides important reference for the production-distribution decision to be made for automobile manufacture.