시뮬레이션 기반 전기자동차 1회 충전 주행거리 예측 및 IONIQ5 시험 성능 기반 검증

Abstract

Electric vehicles are gaining attention as eco-friendly vehicles because they do not generate exhaust gas the tailpipe. Recently, technology related to electric vehicles has been rapidly developing with the advances in battery and motor performance. As the number of electric vehicles released in the market continues to increase, government-affiliated institutions are requiring technology to predict the driving range of electric vehicles based on simulation to perform certification tasks efficiently. This study covers the simulated driving range of electric vehicles. We have shown an estimation of battery and motor parameters based on the MCT test data and detailed modeling of electric vehicles was conducted. We will verify the test results and simulation results using the MCT test data of Hyundai Motor’s IONIQ5. Copyright © 2023 KSAE.

Electric vehicles are gaining attention as eco-friendly vehicles because they do not generate exhaust gas the tailpipe. Recently, technology related to electric vehicles has been rapidly developing with the advances in battery and motor performance. As the number of electric vehicles released in the market continues to increase, government-affiliated institutions are requiring technology to predict the driving range of electric vehicles based on simulation to perform certification tasks efficiently. This study covers the simulated driving range of electric vehicles. We have shown an estimation of battery and motor parameters based on the MCT test data and detailed modeling of electric vehicles was conducted. We will verify the test results and simulation results using the MCT test data of Hyundai Motor’s IONIQ5. Copyright © 2023 KSAE.