Electric automobile system specifications, Electrical Engineering

The automobile shall not rely on fossil fuel for energy.
The automobile shall be designed using available and emerging technology.
The automobile shall seat at least five average adults.
The automobile shall be an average of 4,820 mm (14 ft) long.
The automobile shall have a carrying capacity of at least 320 dm³.
The automobile shall accelerate from 0 mph to 60 mph in nine or less seconds.
The automobile body style shall be similar to current gas powered vehicles.
The automobile battery shall be capable of being replaced using a battery swap station.
The automobile shall cost no more than $35,000 base price to purchase.
Cost of vehicle operation and maintenance shall be less than $0.25/mile.
The automobile shall be able to travel 150 miles at nominal speeds without needing additional charge.
The automobile shall be able to be charged using a battery charge station.
The automobile shall be charged using a standardized plug.
The automobile shall be able to be fully charged in less than 6 hours.
The automobile shall be able to be recharged to 80% battery capacity in under 20 minutes.
The automobile shall be designed so the battery can be switched out robotically in less than 10 minutes.
The automobile shall be designed so the battery can be switched out manually in less than 5 minutes.
The automobile shall indicate the status of the battery.
The automobile shall display the nearest battery swapping station(s).
The automobile shall display the nearest battery charge station(s).
The automobile shall communicate with the battery service provider system regarding needed power consumption.
The automobile shall communicate with the battery service provider system regarding how much charge is currently stored in the battery.
The automobile shall communicate with the communication service provider to verify subscription.
The automobile shall comply with current automotive regulations.
The automobile shall comply with current power regulations.
The automobile shall be designed to accept power from an electric roadway system.
The automobile shall be designed so that the battery is centered and located beneath the vehicle.
The automobile operating efficiency shall not exceed 0.20 kWh/km.
The automobile shall be designed to use peek energy no more than 100 kWh/km to operate.

Related Discussions:- Electric automobile system specifications

Compute the received carrier frequency, Consider a transmitter S which radi...

Consider a transmitter S which radiates a sinusoidal carrier frequency of 1850 MHz. For a vehicle moving at 26.82 m/s, compute the received carrier frequency if the vehicle is movi

#title polar diagram, what is polar diagram?

what is polar diagram?

Calculate the value in ohms of the rotor resistance, The synchronous speed ...

The synchronous speed of a wound-rotor induction motor is 900 r/min. Under a blocked-rotor condition, the input power to the motor is 45 kW at 193.6 A. The stator resistance per ph

What are wired and wireless transmission systems, What are wired and wirele...

What are wired and wireless transmission systems? Transmission Systems: Modern long distance transmission systems can be placed under three main categories: 1. Radio Sy

Discuss the properties and uses of alnico, Discuss the properties and uses ...

Discuss the properties and uses of ALNICO. Alnico : It is an alloy of iron, nickel, cobalt and small amount of copper and aluminium. Properties are - 1. Its saturation f

Explain total internal reflection, Explain Total internal reflection? T...

Explain Total internal reflection? The refractive index of a medium is defined as the ratio of velocity of light in vacuum to the velocity of light in that medium n x = C/V

CRO probes, direct reading probes

direct reading probes

What is holographic microscopy, Holography In 1947, Denis Gabor invent...

Holography In 1947, Denis Gabor invented a different type of photography, know as holography. He named this new technique wave front construction. According to this technique

What is a bode plot and what are i''s uses, Q. (i) What are the different t...

Q. (i) What are the different types of plots for frequency response in an RC coupled amplifier? (ii) What is a Bode Plot? What are it's uses? The different types of

Transistor configurations, TRANSISTOR CONFIGURATIONS: Transistor circu...

TRANSISTOR CONFIGURATIONS: Transistor circuits may be categorized into three configurations based on which terminal is common to both of the input and output of circuit. Th

Write Your Message!

Name

Email id

Message

Verfication Code

User Account

All Pages