Motor Temperature Model v1.6

Motor Parameters

Hysteresis Trq:
Eddy Losses:
Winding R (Ω):
Motor Constant:

K₀ Core→Shell:
K₁ Core→Shell:
n Core→Shell:
K₀ Shell→Ambient:
K₁ Shell→Ambient:
n Shell→Ambient:
Core Heat Cap:
Shell Heat Cap:

Vehicle Parameters

Coeff Air Drag:
Coeff Roll Drag:

Mass (kg):
Human Pwr. (W):
Wheel Diam. (in):
Sp. Lim. (Kph):
Head Wnd (Kph):

Battery Parameters

Voltage:
Resistance (Ω):

Controller Parameters

Regen Enabled:
Phase Curr. Lim:
Regen Curr. Lim:
Battery Curr. Lim:
Resistance (Ω):

Initial Temperatures

Ambient (°C):
Core (°C):
Shell (°C):

Run Simulation

Input:

Mode: Smoothness Filter:

Elevation Profile Speed:

x100

Speed

Right click to add points

Click and drag points to move them

Double click removes points

Core Temperature Profile and Secondary Graph

Core Temperature •

Click to set cursor

Right click and drag to highlight

Enjoy and have fun!

Build: v1.6 - 77bf65cd2e | Unknown v? for Unknown

Cursor Details

00:00:00

∡ 0 %

Distance

Elevation

0.0

Battery Output

Core

150

Shell

150

Motor Power

0 W

Human Power

0 W

Downhill Power

0 W

Drag Forces

Wind Drag

0 W

Rolling Drag

0 W

Uphill Drag

0 W

Brake Drag

0 W

The option “Manual Plot” allows you to draw the route elevation profile via a series of nodes by right clicking points on the top graph. You can move and drag these node points around to change the profile of the trip.

The option “Google Maps” allows you to select a start and end point on a map and then the elevation profile for that trip will be extracted from Google’s API, with the understanding that Google Maps elevation data can be a bit noisy.

9.999	km
999	m