Method for quickly predicting electric exchange load of electric vehicle

三维渲染二维光影的方法

Abstract

本发明提供了一种三维渲染二维光影的方法,本发明中,通过对二维和三维的深入研究发现,要在三维中实现二维的光影效果,必须对模型的法线和材质加以控制,通过深入研究二维的光影有关系,总结出法线与光影的关系,使二维光影是结构清晰平滑的,而且光影具有色彩多样性,解决了在三维光影中是按照物理的原理来模拟真实环境,阴影过度柔和,投影紊乱,结构不清晰的问题,本发明利用三维软件能提高效率、节约成本、对个人易上手等特点,在三维软件中一个模型、一套动作都可以反复的去使作,在传统二维中很难做到。
The invention belongs to the electric exchange field for an electric vehicle and more particularly, to a method for quickly predicting the electric exchange load of an electric vehicle. The method is designed with the object to solving the problem of how to effectively and quickly predict the electric exchange load for an electric vehicle for private use. The method comprises: through the data of the internet-of-vehicles, making statistics about the electric exchange application probability of the electric vehicle at different times of different SOC conditions as well as the total number of the electric vehicles that meet the electric exchange value under the SOC state of the current battery; based on the obtained total number of the electric vehicles that meet the electric exchange value and the historical electric exchange application probability, calculating the actual number of the electric vehicles in need of electric exchange at present; and further, based on the actual number of the electric vehicles in need of electric exchange at present and in combination with the current SOC of each electric vehicle, the battery power charge rate and the battery full-pack energy, calculating and obtaining the power for the power charging of the replaced battery required by the electric exchange state at the present time.

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