Under full acceleration, the batteries put out around 200kW of energy, which is enough to power 2000 lightbulbs. This acceleration can get the car to 100km/h in 2.4 seconds. The PEM ensures that whilst charging and driving, each cell is being drained/charged equally. Additionally, the PEM controls voltage levels, the motor's RPM, torque and the regenerative braking system. This braking system captures the kinetic energy usually lost through braking and transfers it back into the batteries. The generally regenerates approximately 185 kW of power. Aluminium heat dissipation fins and a rear-mounted ventilation port keep the batteries, computers and engine from …show more content…
This is a result of the fully autonomous driving system. The Model S is equipped with eight 360o cameras that can see 250m through rain, fog and even a car in front. Additionally, it has a radar sensor, 12 ultrasonic sensors (see Figure 2) and a new and improved super computer. The Autopilot costs $5000 and will allow the car to match its speed to traffic conditions, automatically change lanes without driver input, merge on and off highways and park itself.
Impact on Society
With the significant rise in greenhouse gas emissions, the need for a more environmentally friendly transport method is increasing. Scientists have kicked into top gear, and are frantically developing new technology, that incorporate batteries and electric motors for transport. Hence, the creation of the Tesla automobiles. Additionally, these electrics cars are safer than generic petroleum cars, mainly because there are no flammable gasses