Many electric vehicles (EVs) offer a range of over 300-500 miles on one charge; however, it’s important to consider the Click here you choose for your EV before making a final decision. Read the full story
1. Cost
If your budget allows, look into buying an EV because it offers such a wide variety and range of options when compared to conventional gas or diesel powered cars. Furthermore, there are many great new models with low maintenance costs, which makes them more useful for short trips than older models, even during long drives.
2. How Much Time Will You Have To Drive?
In the United States (and many others), driving time does not increase significantly due to traffic congestion issues. In other countries, however, this issue is solved by having multiple lanes built across a highway so that only high traffic flow can fit through. Both these approaches require additional infrastructure, either upfront or built in during regular maintenance inspections. The difference is significant, especially if you want to add another mode of transportation — let alone combine driving and traveling in a city like New York.
3. Maintenance Costs
If you’ve ever driven your car past someone who has decided to purchase a “smart” garage door opener for its window, they likely paid extra money for both electricity and installation. Just imagine how much money you pay just for those basic conveniences every year — plus any necessary professional services. This list gets longer for higher mileage vehicles as well; you might end up paying far less money for repairs and maintenance if you choose a newer model over something that has already been around for some time.
4. Security & Alarm Systems
Electrification technology offers numerous safety measures, and manufacturers often include security options that protect against intrusion. While almost anything can be hacked, many things still offer the ability for a simple touch to shut off or activate a system. Consider the lock on the front door. No smartphone app could prevent burglars from entering, but they can take advantage of your lack of sense, resulting in severe damage. And remember that most computers and laptops can be connected directly from the power source — not some remote control in the middle of nowhere.
5. Power Distribution System
Most EV chargers use DC voltage, which provides fewer disturbances depending on location or whether they were installed incorrectly, says Springer. But once installed properly, you can achieve better performance via alternating currents. Most chargers will operate with 60-70% output. As a result, if you’re not working near a wall socket, a portable charging station should suffice.
Also, note that installing the charger onto the battery and connecting it to a high-voltage port for the mains will result in greater efficiency. An old adage says, the faster the connection, the more efficient the power delivery. For instance, at 150V AC, powering a 240-volt outlet adapter results in four times the speed, according to Hackaday. Not quite as desirable, but still worth considering.