10 Effective Ways To Boost Electric Vehicle Range

 Boost Electric Vehicle Range

In this article we will learn about 10 effective ways to Boost Electric Vehicle Range that works. Some of the most modern electric vehicles can last longer than 200 miles or about 321 km on one charge. however, the so-called “range anxiety” is an everyday affliction among owners of electric vehicles. It can be stressful driving with your eyes fixed on the road and the other on the gauge that displays the state of charge which is why no one would like to be stranded on the end of the road with the battery running low.

It’s a good thing that it’s simple to get the most mileage out of your battery and extend the range of an EV beyond the distance it’s designed for. Here are 10 simple methods to achieve this:

1. Drive slowly with light pedal on accelerator

Simply put, driving fast and with heavy pedal on accelerator can drain your battery at a faster rate. It’s tempting to take advantage of an EV’s immediate torque for rapid launches but it’s best to slow down in accelerating from a stand-still.

2. Slow down

Keep your speed below 60 mph or 90 km/h when you can. It will not only help you avoid an speeding, but also improve the battery’s range by doing so. According to the Department of Energy you’ll consume 14% less energy slowing down the speed of your vehicle by 10 miles per hour or 15 km/h. If your car includes the “Eco” setting, activate it to allow for a more relaxed acceleration. If it’s an active mode or sports mode that can boost acceleration, make sure it’s turned off.

3. Increase Regenerative Braking

When you can, make use of your vehicle’s energy-recovering brake function whenever you stop and then use the brakes only in situations that require. Make sure your vehicle is set to the maximum regenerative setting, which will send an additional amount of power to the batteries of the vehicle when slowing down.

4. Do not overuse heater

The heater in an electric vehicle when it is running at its maximum can drain the battery very fast. In winter, turn down the temperature control, and instead use the heated seats or use heated steering wheel (if available) to keep the interior warm and use less energy. Also, make sure to pre-heat your car when it’s connected to charging to make use of your climate controls less when driving.

5. Use AC at 24 degree

Additionally, running the air conditioner consumes battery power tremendously. It is best to run only the fan, or using it at 24 degree with air circulation. Avoid the AC when you can and driving with windows open is an ideal alternative. The latter, however, can be detrimental to the aerodynamics of your vehicle at higher speeds , which will reduce its range. This is because as the higher the aerodynamic “drag” is imposed on the vehicle, the greater the energy required to run it, particularly at higher speeds. But, running the AC at full chill can draw the battery out much faster than driving with windows closed. It is also recommended to pre-cool your vehicle in the summer when charging it to decrease the requirement to run the AC when you get on the road.

6. Check the tire air pressure

There is evidence that suggests that more than 25% of vehicles that are on the road are not properly inflated. Like a typical vehicle, driving an electric vehicle with under-inflated tires won’t only make it more energy efficient however, it could also cause premature and uneven tread wear. Make sure to check the air pressure regularly by using a simple gauge for tires and it could change in a range of just one PSI (pound for every square inch) for every 10 degrees (Fahrenheit) variation in temperature. Be sure to inflate the tires in accordance with the PSI that is recommended from the manufacturer. This information is typically noted on a label that’s attached to the frame of the door for the driver.

7. Reduce carry weight

Like any engineer in the automotive industry will inform you that reducing the weight of a car is the most efficient way to improve its efficiency. To achieve this, clear rid of any junk in the trunk. Carrying an extra 100 pounds of weight will increase your vehicle’s energy usage by a couple of percent.

8. Avoid exterior accessories

Don’t install any exterior accessories, such as cargo carriers and roof racks on your vehicle. The aerodynamic drag these items cause could result in an increase in energy consumption when driving at greater speeds.

9. Plan a short route with less traffic

It might take you shorter time to reach the destination you want to go when driving along the highway however, you can to maximize the efficiency of your vehicle by selecting the route that permits you to travel at slower speed. Avoid areas with a lot of traffic. The steep slopes can also require more energy, so try to avoid the mountainous or hilly areas whenever you can. If your vehicle has an electronic navigation system that is able to provide energy-efficient routes, make certain to utilize it.

10. Charge when you can

It’s possible that you don’t want to connect your car to its charger when you’re in the garage. It’s because many EV batteries self-discharge after they’ve completed charging. It is possible to get a few kilometers of travel by synchronizing the charge so that the battery is 100% before you set off on your journey. This could be beneficial for the battery’s longevity as well as if your electricity provider has a lower cost for off-peak usage this could save you some money when you do it.

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