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Numerical Analysis for Sizing Electric Vehicle Batteries Considering Energy Drain Power

Numerical Analysis for Sizing Electric Vehicle Batteries Considering Energy Drain Power

When developing electric vehicles, it is necessary to evaluate more carefully their practical application compared to combustion vehicles. This stems from the crucial requirement for batteries to endure an entire trajectory until the subsequent recharge opportunity arises. Numerous techniques exist for emulating the dissipation of energy, and within our presentation, we aim to elucidate one such approach. We employ a widely recognized vehicle dynamic formulation encapsulated within a script, synergistically interfacing with an optimizer. This combination facilitates the generation of an extensive array of scenarios, enabling us to effectively simulate the efficacy of a battery concerning a specific application.

Presented by Raphael Barbosa Carneiro de Lima, Senior Innovation Engineer | Maxion Structural Components at the ATCx Electrification for Engineers in September 2023, 13 mins

The presentation is in Portuguese by default. The following languages are available by clicking on Audio Description ('AD') on the video screen: EN.

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