Translations:Traction Motors/3/en: Difference between revisions

Revision as of 20:05, 11 March 2025

Information about message (contribute)

This message has no documentation. If you know where or how this message is used, you can help other translators by adding documentation to this message.

Message definition (Traction Motors)

At very low vehicle speeds traction motors produce high torque with high electric current. As the speed increases, however, traction motors produce increasingly more counter-electromotive force. This force opposes the supply voltage, causing both current and torque to drop. The faster the vehicle goes, the more power it needs to maintain the same acceleration.

At very low speeds traction motors receive high electric current, producing high torque. As speed increases, however, traction motors produce increasingly more counter-electromotive force. This force opposes the supply voltage, causing both current and torque to drop. The faster the vehicle goes, the more power needs to be supplied to maintain the same acceleration.

Revision as of 15:36, 28 February 2025 view source FuzzyBot (talk \| contribs) translator 12,452 edits Importing a new version from external source		Revision as of 20:05, 11 March 2025 view source FuzzyBot (talk \| contribs) translator 12,452 edits Importing a new version from external source Newer edit →
Line 1:		Line 1:
	~~The faster the TMs spin~~, ~~the~~ more ~~they generate the~~ counter-electromotive force. This ~~reduces~~ the ~~electric~~ current ~~that flows through them~~ and ~~the power output they produce~~. ~~So, given~~ the ~~same throttle position~~, if the ~~vehicle is moving slowly TMs will receive higher current than if~~ the ~~vehicle was moving fast~~.		At very low speeds traction motors receive high electric current, producing high torque. As speed increases, however, traction motors produce increasingly more counter-electromotive force. This force opposes the supply voltage, causing both current and torque to drop. The faster the vehicle goes, the more power needs to be supplied to maintain the same acceleration.