Prediction-Based Fast Simulation with a Lightweight Solver for EV Batteries

  • Kyung, Donggu
  • Joe, Inwhee
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초록

In this paper, we propose a fast simulation method using a lightweight solver for EV batteries. In CPS, the simulation time should be reduced for real-time simulation by minimizing the overhead. In order to reduce the simulation time, the number of simulation steps needs to be decreased by a variable step size. To control the step size, a lightweight solver is introduced to predict the event as soon as possible before actual simulation. Through the prediction, a large step size can be used if there is no event, while a small step size can be used if there is an event. The simulation results show that our prediction-based method reduces the simulation time significantly, compared to the conventional non-prediction-based method.

키워드

CPSEV batteryFast simulationFMILightweight solverApplication programsComputational methodsElectric batteriesIntelligent systemsEV batteryFast simulationFast simulation methodsLightweight solverPrediction-basedReal time simulationsSimulation timeVariable step sizeForecasting
제목
Prediction-Based Fast Simulation with a Lightweight Solver for EV Batteries
저자
Kyung, DongguJoe, Inwhee
DOI
10.1007/978-3-030-30329-7_34
발행일
2019-09
유형
Conference Paper
저널명
Advances in Intelligent Systems and Computing
1046
페이지
385 ~ 392