The responsiveness of an electric car is incredible, allowing drivers to feel as if they are one with the car, which is a profound difference compared to gasoline cars.

Tesla has developed Supercharging technology, allowing drivers to charge their cars at five times the rate of conventional chargers, making long-distance travel feasible with a network covering California, Nevada, and the Eastern seaboard.

To accelerate the advent of electric transport, we need to create energy-efficient cars that are incredibly light, which is why the Tesla has an all-aluminum body and chassis, applying rocket design techniques to offset the weight of the battery pack.

The perception of electric cars is changing; owning an electric vehicle is becoming a status symbol, regardless of the brand, as it signifies a commitment to sustainability.

Electric car charging stations are often hidden in obscure locations, leading to infrastructure anxiety. Making chargers more visible and accessible could alleviate this issue.

To address range anxiety in electric cars, we can either increase the range or decrease the anxiety. One way to reduce anxiety is to simplify battery charge displays, showing just '60% plus' instead of exact percentages when above 60%.

The Tesla Model S has the lowest drag coefficient of any car in its size category, resulting in very low energy usage and a competitive range of about 250 miles on a single charge.

Tesla has not had consumer tax credits for several years, but now that we've exceeded the limit for electric vehicle sales, we can benefit from these credits again.

Solar power will ultimately beat all other energy sources, including natural gas, because it has no feedstock or operational costs once installed, and the key is to lower the initial installation and financing costs.