Pros and Cons of Electric Cars, E-Bikes & Electric Skateboards

Through the years, the automotive industry has witnessed more electric vehicles being introduced to the market. With the technological advancements made over the past decade, the industry has made jumps and leaps and has developed vehicles that run on clean energy, are more energy efficient, and provide the transportation industry with a wider selection of clean travel options.

There are currently three different types of electric vehicles: EVs (which are also known as plug-in vehicles), AEVs (all-electric vehicles), and PHEVs (plug-in hybrid vehicles.) These span over a large variety of different types of motor vehicles, each type of vehicle offering operators different advantages and disadvantages:



  • EVs have more efficient motors
  • Cheaper to maintain
  • Cheaper to power
  • Environmentally friendly— pure electric vehicles don’t emit exhaust, which contributes to pollution
  • Beneficial for your health/less harmful than gas-fueled vehicles
  • Quieter than gas-powered vehicles
  • Feature more sophisticated technology with more accurate sensors and better controls; EVs are moving into driverless cars that can be controlled remotely
  • Hybrid electric cars and electric cars will save you money on gasoline expenses


  • Can be inconvenient for people travelling long distances, as access to charging stations is required
  • Limitations on travelling far distances
  • The cost of a smart electric vehicle can be expensive
  • Batteries can drain faster due to the surplus of car accessories that rely on battery power



  • Electric bikes do not emit exhaust that would pollute the air
  • Cheap transportation: electric bikes are significantly cheaper, as you don’t have to pay any kind of registration fee or any license. You also don’t need to pay for parking, which means a world of difference if your main issue is money
  • Because there is no engine, electric bikes tend to be quiet
  • The structure of the bikes creates a very stable riding experience; because the batteries are at the bottom of the bike, that brings the center of gravity lower. Additionally, the seats on e-bikes tend to be situated low, so that creates more stability
  • Since electric bikes run on a battery, maintenance is low to non-existent
  • You do not have to spend money on fuel and electricity is cheaper compared to gasoline
  • While an electric bike won’t have you travel as far as any other kind of electric vehicle, you’ll still be able to go farther than you would on a regular bike
  • Traveling uphill without wearing yourself out isn’t a problem with e-bikes
  • Using an e-bike as your main form of transportation, especially on your way to work, won’t have you worn out and disheveled/sweaty; you’ll be able to take the same route that you would on a normal bicycle with only a fraction of the effort


  • While e-bikes are cheaper in the long run, the upfront investment can be expensive, ranging anywhere from $5,000 to $10,000
  • Distance limitations; you can’t travel as far as you would in a car with just an e-bike
  • E-bikes are equipped with more specialized parts that can be more difficult to find, should you need to go looking for them. It can be more expensive finding these parts in comparison to a normal bicycle part
  • Despite not needing to spend money on fuel, you need to have a charging source so if your bike breaks down and you have no charging source, you’ll have a little bit of trouble recharging
  • Because the bike is bottom-heavy, you will need to consistently check the tire pressure
  • Since e-bikes are fairly new, their legal status can be somewhat confusing. For example, electric bikes that have a maximum speed of 20 mph at less than 500 watts are in the same class as a regular bike, can be used in designated bike lanes, and don’t need a particular license. However, these rules change depending on your location



  • Electric skateboards are a great way to travel short distances, as they are low maintenance and don’t require a ton of money
  • Cheaper than other kinds of vehicles. Because e-skates purely run on electricity, you don’t need to worry about gas. All you need is an electric source and a few hours to fully charge the vehicle, which is good for approximately two hours of riding
  • Easy to use. All you need to do is charge the skateboard, and you’re good to go. You can use electric skateboards for a variety of activities, whether you’re commuting to work/school or going out somewhere in town. You don’t need an in-depth tutorial to learn how to stand on a skateboard, just a little practice


  • Problems can occur with the battery. You’ll need to charge it almost every time you use it, or you could get stuck with dead weight to carry. There’s also the issue of possibly overcharging low-quality e-skates, which can damage the battery
  • If you’re planning on selling your electric skateboard, don’t expect to make a lot of cash.
  • Though skateboards provide a clean and fairly inexpensive way to get to work, they’re still fairly slow, clocking a top speed of 30 mph in most cases — going any faster on a skateboard can be dangerous, especially in urban environments
E-Mobility Explained - What is E-Mobility?

What is E-Mobility?

E-mobility, short for electric mobility or electro mobility, is the idea of using electric-powered drivetrain technology to reduce fossil fuel consumption and carbon gas emissions. Electric-powered vehicles are cleaner, more efficient, and will help to reduce the energy required and used by traditional vehicles.

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