The First Electric Car

The history of electric cars is as old as over a century, unlike what most people think. Though it was only at this time that electric cars started to gain traction, the first car running on an electric motor existed a long time ago.

This article unveils interesting facts about electric cars and their history and discusses the best strategies for shipping EVs. 

What Is the First Electric Car?

Human nature is genuinely intrigued to know the origin of things, and learning about the history of electric cars is no exception. Inventing the electric cars was a series of breakthroughs, making it hard to attribute the invention of the first EV to a single individual or group.

However, several milestones stand out in the history of electric automobiles, as demonstrated:

• In 1828, Ányos Jedlik, a Hungarian priest and physicist, invented an early electric motor type, which he employed to power the small model car. 
• In the 1830s, Scottish inventor Robert Anderson designed a crude electric carriage. Professor Sibrandus Stratingh of Groningen, the Netherlands, and his assistant Christopher Becker created a small-scale electric car powered by non-rechargeable primary cells.
• German engineer Andreas Flocken is widely recognized for developing the first practical electric car, the Flocken Elektrowagen, in 1888. This four-wheeled vehicle, designed to resemble a horse-drawn carriage, had a top speed of 9 miles per hour.
• William Morrison is credited with creating the first successful electric car around 1890 in the United States. His electric carriage could carry six people and had a maximum speed of 14 miles per hour.

The First Electric Car Brand

Several companies played significant roles in shaping the early electric car industry and can be considered pioneers in the field. Baker Electric, for example, was a prominent electric car manufacturer in the early 1900s, producing a variety of models for both personal and commercial use. It was known for its stylish designs and focus on luxury.

The Baker Electric was the first electric car to be mass-produced, with a top speed of 25 mph. However, it was nowhere near competitive with what gasoline-powered cars were able to achieve.

With the advent of new technologies, electric cars became more popular, efficient, and powerful in the 2000s. The first mass-produced electric car then was the Toyota Prius, which debuted in 1997 and achieved instant success.

What Do High-Performance Electric Cars Need?

Today, electric cars with the latest technologies and top features are the trend in the automotive industry, with the demand for more high-performance EVs rising. It is crucial to consider that the following factors are what make for a powerful electric car:

1. Powerful electric motors: High-performance EVs typically feature multiple electric motors, often four or more, to deliver the required torque and power for acceleration and sustained performance. These motors are designed to function efficiently and deliver maximum power under various driving conditions.
2. Large battery packs: To support the high-power demands of high-performance driving, these vehicles need large battery packs to store sufficient energy. The battery pack’s capacity and energy density are crucial in determining the car’s range and ability to maintain performance over longer distances.
3. Advanced cooling systems: High-performance EVs incorporate sophisticated cooling systems for their batteries to cope with the intense heat generated during high-performance driving. These systems effectively prevent overheating, ensuring the components can operate optimally.

The Best Strategies for Shipping EVs

Shipping electric vehicles requires careful planning and implementation for secure transportation. Some of the best strategies for shipping EVs include:

Using Specialized EV Carriers

The ideal way to safely ship an electric car across the country involves using a specialized vessel designed for transporting such cars. These vessels often have additional features such as separate decks for EVs, controlled temperature and humidity, and charging facilities.

Proper Vehicle Preparation

EVs should undergo thorough preparation before loading them onto the carrier, including:

1. Charging: EVs should be fully charged or at least have a significant charge amount to minimize battery degradation during transit.
2. Tire pressure: Tire pressure should be adjusted to the recommended level to ensure stable handling during transport.
3. Secure fastening: EVs should be securely fastened to the carrier using tie-downs or other locking mechanisms to prevent movement during transit.

Controlled Environmental Conditions

EVs are sensitive to extreme temperatures and humidity. So, shipping them with specialized carriers that maintain controlled environmental conditions protects the vehicles from damage and ensures their optimal condition upon arrival.

1. Temperature control: Temperature is maintained within a specific range to prevent battery degradation or overheating.
2. Humidity control: Humidity is controlled to prevent moisture from affecting the interior of the vehicles and the electrical components.

Super Auto Transport, a professional and top-rated car shipping company in the United States, ships all vehicle types nationwide. The company offers lots of shipping options and services that meet individuals’ and businesses’ needs.

Conclusion

The development of electric cars went through several stages before reaching the high performance and efficiency level we know today. As technological innovations continue evolving, EVs with unimagined capabilities will emerge. However, car shippers must keep up with these pivotal changes and developments to effectively respond to future shipping needs.