Implementation IBEV Model and Its Speed Control Applications in Molina ITB for Energy Efficiency

R. Ristiana, Arief Syichu-Rohman, A. Purwadi, H. Hindersah, C. Machbub, E. Rijanto
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Abstract

An electric vehicle system had been modeled as IBEV model. The vehicle's speed designed using PI and LQI control. Both were implemented on Molina ITB for verified to get more energy efficient. Energy consumption is analyzed based on the feasibility of energy consumption according to the low-WlTpprocedure test also calculated based on EV performance tests on several road routes. More efficient energy consumption detected in controllers that have a performance index that contains multiplication between input variables and state variables in the system.
基于能效的IBEV模型实现及其在Molina ITB的速度控制应用
将某电动汽车系统建模为IBEV模型。车速设计采用PI和LQI控制。两者都在Molina ITB上实施,以获得更高的能源效率。基于低wltp过程试验的能耗可行性,并基于几种道路上的电动汽车性能试验计算了能耗。当控制器的性能指标包含系统中输入变量和状态变量之间的乘法时,检测到更有效的能耗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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