Everyone is talking about electric cars, but small passenger vehicles aren’t the only ones that are switching to electric. Recreational vehicles, or RVs, are also starting to make the switch to electric.

Road Trips Could Be Made Much More Sustainable Through Accessible Electric Vehicles

Emily Folk | Conservation Folks

Electric vehicles are here to stay and while they're a great alternative to traditional gasoline powered cars, they're currently fairly expensive and not accessible to everyone. Even the cheapest electric car in 2018, the Smart Electric Drive which only has a range of 58 miles, costs $23,800 — and it only carries 2 people. While an electric Smart Car might not be the best choice for a road trip, other electric vehicles have a higher range and could help to make road trips much more sustainable. How will electric cars change how we look at road trips?

 

Norway Leading the Pack

The European Union has some of the most beautiful roads in the world, and some of the best road trip destinations too. Norway is leading the pack when it comes to electric cars – there are currently more than 100,000 electric cars on the roads in Norway and experts are expecting that number to increase to more than 400,000 in the next 2 years.

Norway isn't the only European country that is embracing electric cars. Other EU countries are offering a number of incentives for hybrid and electric cars designed to entice more people to turn in their gas guzzling traditional cars in favor of electric ones. Some countries removed their subsidies in 2016 and watched their electric car sales drop drastically — so drastically that one country even reintroduced those tax breaks the very next year.  

 

Not Just Electric Cars

Everyone is talking about electric cars, but small passenger vehicles aren’t the only ones that are switching to electric. Recreational vehicles, or RVs, are also starting to make the switch to electric. RV’s have always had batteries to power the vehicle’s electrical components when it wasn’t on or plugged in to a campground’s power supply, but electric vehicles create a need for a new type of battery — and new rules for battery care.

Take the time to learn how to properly care for your RV’s batteries and you’ll never find yourself stranded. This goes double for electric RV batteries. It is recommended to avoid fully discharging the battery, as well as avoiding charging it fully — especially in electric cars that recharge their own batteries in transit through the use of regenerative braking. It could result in the battery being overcharged, which can damage the battery’s lifespan.

 

Making Them More Affordable

How can car manufacturers start making electric cars more affordable for the general public? Elon Musk, the mind behind Tesla, SpaceX and The Boring Company has an idea.  Tesla started by creating an expensive electric sports car — the Roadster. The money from those sales, with each car costing roughly $200,000 before any upgrades, was then reinvested back into the company to allow them to produce a more affordable model for the masses — the Model 3.

As of December 2016, there were barely over half a million electric cars being utilized in the United States alone.

 

Electric Cars and Road Trips

Planning your road trip 100 miles at a time might seem like a hassle, but it can help make road trips a lot more sustainable. Even long trips are possible with an electric car — early in 2018, an editor from The Drive made the trip from Los Angeles to New York in just over 50 hours in a Tesla Model 3. It wasn’t a comfortable trip — he kept the heater off for the entire trip to maximize the Model 3’s distance per charge, but it proved that the trip was possible. For comparison, the same trip in a gasoline powered car with decent gas mileage will take roughly 41 hours — the extra 9 hours are all charge time for the electric car’s batteries. The Tesla cost roughly $100 in charging fees. For the same trip, you could expect to pay roughly $350 in fuel one way, or double that to make the trip there and back.

Just by reducing the amount of money spent on fuel, electric cars are well on their way to making road trips much more sustainable then they’ve been in the past. Just being able to drive from LA to New York on $100 is amazing — once electric cars become more affordable for the general public, we may see a lot more people taking those road trips that they’ve always wanted to do but couldn’t afford.

 

The content & opinions in this article are the author’s and do not necessarily represent the views of AltEnergyMag
Emily Folk - Contributing Author

Emily Folk - Contributing Author

Emily is an environmental writer, covering topics in renewable energy and sustainability. She is also the editor of Conservation Folks.

Other Articles

Renewable Energy’s Role in Emergency Restoration
Larger grids make more sense in places that have more landmass, like continents. But even they can benefit from the concept of adding in microgrids to help supply power during blackouts, which is pretty much the entire concept of a microgrid.
The Future of Offshore Renewable Energy
While offshore wind has come the farthest and gets the most attention, there are other offshore generation resources that may start making waves in the near future too.
How Solar Powered Trash Cans Might Mean Major Savings for Cities
The trash cans are solar powered because they don’t just collect trash, they compact it. That allows each receptacle to hold about five times more waste than a non-compactor of the same size.
More about Emily Folk - Contributing Author

Comments (0)

This post does not have any comments. Be the first to leave a comment below.


Post A Comment

You must be logged in before you can post a comment. Login now.

Featured Product

Solar FlexRack - TDP 2.0 Solar Tracker with BalanceTrac

Solar FlexRack - TDP 2.0 Solar Tracker with BalanceTrac

Solar FlexRack's latest solar tracker technology bundles an advanced tracker design with a full team of seasoned engineering and installation experts at your service. The next-generation solar tracker delivers a package of features that both enable increased energy yields for commercial and utility-scale solar installations, and significantly reduce project risks. That translates to smart installation cost-savings across your project budget.