Make a circuit diagram with a software for a removable motorized system designed to attach to a rental cart. The system includes:

Handlebar Throttle to control the speed.

Motorized Wheel $($BLDC motor$)$for propulsion.

$24$V Lithium$-$Ion Battery $(12$Ah$)$as the power source.

ESC Motor Controller to regulate power and motor operation.

LCD Display for speed and battery status.

Kill Switch for safety and emergency power cut$-$off.

Battery Charger to recharge the battery. Power Connections:

Connect the Battery $(24$V$)$positive terminal to the Motor Controller's power input $($VCC$).$Connect the negative terminal to the Ground $($GND$).$

Motor Controller to Motor:

Connect the three$-$phase output wires $$of the motor controller to the BLDC motor.

Throttle to Motor Controller:

The throttle typically has $3$wires:

VCC $(5$V$)$Motor Controller's $5$V output. GND $$Motor Controller GND$.$ Signal Wire $$Motor Controller throttle input.

LCD Display:

Connect the display$$s power pins $($VCC$,$GND$)$to the battery or motor controller's output. Connect any data or signal pins to the motor controller for feedback $($speed$,$battery level$).$

Kill Switch:

Insert the Kill Switch in series with the main power line $($between battery and motor controller$)$or as a signal cut$-$off to the throttle.