Range
Find out how many miles you can drive on a full battery charge.
With the EV Range Calculator you will be able to solve 3 main tasks:
- determine the charging time of an electric car;
- find out the cost of charging;
- identify the most profitable network of charging stations.
This service will be useful to absolutely all owners of electric cars. Using it, you can calculate the cost and speed of charging from the home outlet. All you have to do is to select the appropriate type of socket and the cost per kilowatt of your electricity provider. The Electric Vehicle Range Calculator is as detailed as possible. It allows you to determine the price and intermediate charging time.
Calculate Mileage based on your home battery charger.
The main difference from competitors is that they are not as informative. In addition, other calculators do not allow you to see the actual prices in the networks of charging stations, as Supercharger. In other calculators, you have to enter the data manually. The above disadvantages apply to most calculators that only allow you to calculate the cost of charging from an outlet. If you want to save your time and money, this is the place to go. Save the EV Range Calculator to your bookmarks =)
EV Range Calculator Has The Answer To Everything
Calculating Electric Vehicle Electricity Consumption with the EV Range Calculator
How many miles will a single charge last? How many watts does an average electric car use? It's not enough to know the range figures given by the automaker. Often these values are very far from the real numbers. That is why you should use the [EV Range Calculator], which will be able to calculate the range figures even after 15 minutes of charging.
Key factors affecting electric power consumption
When it comes to accurately calculating range and arrival time at your destination, it is important to consider all of the factors that affect battery consumption. In particular, we are talking about such parameters:
- Temperature outside;
- Driving style;
- The average driving speed.
These parameters are equally important for calculating the remaining range. The recommended speed is 30-80 mph, because this is when battery power is at its best. If you drive very slowly, then the charge will be wasted on long idle times in traffic. Driving fast also has a negative effect on power reserve.
The temperature outside is also very important, because the car battery will be discharged faster in frosty weather or in high heat. The optimal temperatures should range from -4 °F to +104 °F.
Depending on road conditions, drivers can combine different driving styles. This allows you to roughly calculate the range and estimate if there is enough power to get you to a particular destination.
Examples of calculations EV range
It is worth considering a few examples to make things clearer. Let's take an average electric car with a range of 250 miles and a 78 kW⋅h battery. Consider five different driving styles:
- Maximum economy mode, with no lag and very little speed. The reserve will increase by 1.8 times, but it is unlikely that this trip can be called a pleasant one.
- Long trip in summer time. Normal driving style with an average speed of about 60 mph. The range will be reduced to 90% of the recommended value.
- Driving in a hot city. Vigorous steering and high outdoor temperatures will reduce available range to 60% of the original value.
- Driving in freezing winter weather. If you drive within the recommended speed, carefully, then the electric car will cover the same kilometers as when driving in a hot city.
- To all abovementioned it is necessary to add operation of different interior electric equipment: air conditioner, multimedia system, etc. These devices take away valuable watts that could have been turned into distance traveled.
More accurate data on the range can be obtained with the help of a calculator that takes into account all the nuances of the car's charge consumption.
Features of the design of batteries and electric motors
In the manufacture of batteries for electric cars a wide variety of materials are used, which differ significantly in their chemical composition. Engineers are constantly experimenting to make the new electric car even more comfortable, and can go much longer distances on a single charge. Active work is being done in the direction of charging equipment, which is becoming increasingly compact, powerful, and fast.
Automotive companies are working closely with manufacturers. This makes it possible to produce more advanced batteries than the old ones. But it's not just batteries that are in search of innovation. Automakers are also improving their electric motors so that the devices consume electricity more efficiently. After all, raising engine efficiency by just 1 point gives a 2-point increase in range.
How to increase range?
If you follow a few tips, every electric car owner can increase the range of their own electric car a bit. The following tips will help:
- Reduce aerodynamic drag;
- Remove the roof racks, if they are not yet needed;
- Remove any unnecessary weight from the car.
Better electric motors and increased batteries will help significantly increase range, but that's the job of engineers and designers.
The driver should stick to the recommended driving style, especially if the trip will use up almost all of the battery's energy. It is also worth paying attention to the statistics, which will be displayed on the on-board system. It is responsive to any changes in the movement of the electric car.
Charging speed
The characteristics of the charger affect the charging speed, respectively the remaining range after 1 hour of charging will vary depending on the model. If we are talking about a charging station installed in the garage, then it is necessary to refer to the power of the outlet.
There is no possibility to install the charging station directly on the parking lot, then just use an extension cable. All electrical work on the installation of the equipment should be entrusted to a proven electrician, because this requires qualification. A properly connected charger will provide a powerful and very fast car charge.
To estimate charging speed, range and other important parameters of the electric car, you should use this EV Range Calculator. The tool is very handy, especially if you compare it with the nearest competitors.
How far does an electric car travel on a full charge
| 48 Amp EV charger | 50 Amp EV charger | 16 Amp EV charger | |
|---|---|---|---|
| Ford Mustang Mach-E | 28 mi/h | 28 mi/h | 10 mi/h |
| Audi e-tron | 26 mi/h | 26 mi/h | 9 mi/h |
| Porsche Taycan | 30 mi/h | 30 mi/h | 10 mi/h |
You can make a calculation based on other initial data on the page of this calculator.
Factors Affecting Electric Vehicle Range
| Factor | Impact on Range |
|---|---|
| Battery Capacity | The size of the EV battery can impact the range it can travel on a single charge. Typically, a larger battery capacity can provide a longer range. |
| Temperature | Cold temperatures can reduce an EV's range by requiring more energy to heat the cabin and the battery. Hot temperatures can also reduce range by causing the battery to degrade faster. |
| Driving Habits | Aggressive driving, rapid acceleration, and frequent braking can reduce an EV's range by draining the battery faster. Conversely, gentle driving and gradual acceleration can improve range. |
| Vehicle Weight | Heavier EVs require more energy to move, which can reduce their range compared to lighter models. |
| Route Topography | Driving on hilly or mountainous terrain can reduce an EV's range compared to driving on flat terrain. |
| Speed | Higher speeds require more energy to maintain, which can reduce an EV's range compared to driving at lower speeds. |
| Auxiliary Systems | Using the air conditioning or heating system, headlights, and other electrical accessories can drain an EV's battery and reduce its range. |