How Electric AirPlane Works? Working of Electric Aircraft Alice Explained with 3D Animation

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Transcript

00:00Do you think electric airplanes will overtake others, replace ordinary jets and become mainstream?

00:06Let's take a look at their working principle.

00:09This is Alice, the most advanced electric airplane at present.

00:13This propeller drives the airplane to fly.

00:16The power comes from this axial flux motor.

00:19Let's take it apart and look at this core object.

00:22Anyone who has studied physics knows that as long as a single copper coil is energized,

00:28north and south magnetic poles will be generated.

00:31This is because the magnetic poles of the rotor and the magnetic poles of the coil will

00:36repel each other with the same poles and attract each other with opposite poles.

00:41The force generated will make the rotor rotate continuously, thereby driving the entire propeller

00:46to rotate.

00:48Here comes the point.

00:49Compared with jet airplanes, electric motors only need to increase the power frequency

00:54to increase the speed, and they will accelerate immediately.

00:58But if a jet airplane wants to increase its speed while increasing the fuel flow, the

01:03speed will increase after a few seconds.

01:06Another key to a plane's successful takeoff is speed.

01:11Electric planes increase thrust by increasing the pitch of the propeller.

01:15In addition, the magnetic field force generated by the coil will be directly transmitted to

01:21the rotor without any spacers in the middle, which is equivalent to the motor being directly

01:26connected to the propeller.

01:27In this way, the efficiency of electric planes taking off will be higher than that of jet

01:32planes.

01:33It's not over yet.

01:34When one propeller rotates faster than the other, it will generate thrust, allowing the

01:39plane to easily adjust its course.

01:42Jet planes find it difficult to achieve thrust.

01:45Generally, the course is adjusted by negative wings and rudders, so the course adjustment

01:51is long.

01:52Electric planes only need to control the size of the propeller current to generate thrust,

01:57and the course can be adjusted in a short distance.

02:00Finally, the batteries of electric planes are distributed throughout the fuselage to

02:04provide power for the aircraft.

02:07Will electric planes replace jet planes and become mainstream in the future?

02:11What do you think?

02:12Like and follow for more informative videos.

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