I am confused, his explanation is not clear. I have been watching UA-cam videos to understand how this works and no one is making sense. May someone with a Service repair manual that contains Regenerative braking system please share.
His explanation super clear, but this is what i know about REGENERATIVE BREAKING, the main purpose of it, is to conserving energy. So in electric vehicles the stored kinetic energy can be converted into electric energy to move the car agin instead of wasting it as a heat during breaking. Hope this helpful.
IN NEXON EV IF APPLIED REGEN 1 THE SPEED WILL GRADUALLY REDUCES TO ALMOST ZERRO if stopped pressing on accelerator . so everytime we want to apply accelerator which is power in highways . but if regen is not selected the car will move on with no applied accelerator . so regen is not a thing actcually while traveling in highways . but in town or cities while traveling constant braking needed . so it might help there with speed reduction and regeneration of electricity
I hv an idea how we can get rid of friction brakes I seen aluminum plates stop when between 2 permanent on/off magnets on 1 vid maybe this can be used in a car and also potentially using a tesla coil to an aluminium graphite battery that charges from graphite may make looping energy with minimal energy losses
I also hv an idea for a car boat plane just using a rear propeller for all 3 and it being 3 wheeled 2 at front 1 rear where u change suspension setting to bring rear tyre up that pushes 2 front for plane
Very helpful🎉
🙌
2:40 i think its back to battery not wheels
I am confused, his explanation is not clear. I have been watching UA-cam videos to understand how this works and no one is making sense. May someone with a Service repair manual that contains Regenerative braking system please share.
His explanation super clear, but this is what i know about REGENERATIVE BREAKING, the main purpose of it, is to conserving energy. So in electric vehicles the stored kinetic energy can be converted into electric energy to move the car agin instead of wasting it as a heat during breaking. Hope this helpful.
Thanks buddy!!!🙏
Love the simplified videos , well explained, simple words , great simple solutions 🙌🙌🙌
this is the best and easiest to understand explanation of regen brakes i have watched.
thanks.
understand now.
/Bklyn👑
IN NEXON EV IF APPLIED REGEN 1 THE SPEED WILL GRADUALLY REDUCES TO ALMOST ZERRO if stopped pressing on accelerator . so everytime we want to apply accelerator which is power in highways . but if regen is not selected the car will move on with no applied accelerator . so regen is not a thing actcually while traveling in highways . but in town or cities while traveling constant braking needed . so it might help there with speed reduction and regeneration of electricity
regen happens when we leave the speed or push the brake?
Thanks a lot for this 👍👍
I hv an idea how we can get rid of friction brakes I seen aluminum plates stop when between 2 permanent on/off magnets on 1 vid maybe this can be used in a car and also potentially using a tesla coil to an aluminium graphite battery that charges from graphite may make looping energy with minimal energy losses
I also hv an idea for a car boat plane just using a rear propeller for all 3 and it being 3 wheeled 2 at front 1 rear where u change suspension setting to bring rear tyre up that pushes 2 front for plane
And for driving mode fan pitch at angle to front nose cone to provide downforce and acceleration
Does re generation harm battery life that is important question
Great video
It is not simplified video
Regen : regenerate is creation of what is lost.
Regen doesn't mean regenerative braking where did you get that.
hahahahahahaha what 🤣
Can you simplify OBD and what is new in OBD2 ( CARS/BIKE/
Regen Braking Decrease Battery Life Of Ev Battery 🔋
Not impressive, Zyada angrezz na bana karo, concept delivery pe Dhyan Diya karo
tu bna le
@@msatul1305 Tujhe kya mirch lagi
@@Lets-break-it-Plain-and-Simple tujhe mirchi lagi toh mai kya karu 😂😂
I like that T-shirt PD @atherenergy
hahahaha thank you!