How To Calculate Mileage Of Electric Car?

How To Calculate Mileage Of Electric Car?

If an electric vehicle is in your future, it’s important to maximize its potential. The miles per kilowatt-hour (mi/kWh) number for an electric vehicle (EV) indicates how far the vehicle can go using just 1 kWh of power. You should expect an average range of 150 miles from a fully charged battery in your electric vehicle if its battery capacity is 50 kWh and its efficiency is rated at three miles per kWh. How To Calculate Mileage Of Electric Car?

An electric vehicle’s official range and battery capacity may be used to determine the vehicle’s fuel efficiency. An electric vehicle with a 100-mile range from a 40-kilowatt-hour battery pack would have a range economy of 2.5 miles per kilowatt-hour.

How To Calculate Mileage Of Electric Car?

The range of an electric vehicle may be approximated by dividing its battery capacity in kilowatt-hours by its energy efficiency in kilowatt-hours per mile. When considering whether to purchase an electric car, how much range should one look for?

How to calculate an electric car’s mileage? For example, the Fiat 500e’s 84-mile range makes it ideal for short-distance commuters, but the performance of cars with a range of 200+ miles is comparable to that of gas-powered vehicles. The EPA’s Gasoline Whiffle Engine Test is superior to all others for estimating an EV’s range (HWFET). The Tesla Model Y has a combined city/highway range of 451.

  • Temperature

Range in electric cars is very sensitive to operating temperature, with extremes greatly decreasing possible travel distance. WLTP ranges are supplied for each car, assuming an ambient temperature of 23 degrees. Celsius; outside of that range, mileage starts to alter.

  • Velocity And Driving Technique

The range of an electric vehicle is significantly impacted by the driver’s speed and driving style. For example: reducing your speed by ten mph may result in a 14 percent reduction in energy use.

Because of lower speeds and greater opportunities for regenerative braking in the city, urban use contributes more miles than highway usage. Remember that hard braking and acceleration reduces your vehicle’s range. We assume an average urban speed of 17 mph, an average highway speed of 57 mph, and an average combined speed of 29 mph for our speed and driving style estimates.

  • Adjusting The Temperature And Humidity Of A Building

Using the car’s climate control system to heat or cool the inside also uses energy. This is because the use of climate control to keep the driver and passengers comfortable in very hot or cold weather may significantly impact the range of electric vehicles.

Vehicle MPG$2.00/gallon gas$3.00/gallon gas$4.00/gallon gas
20 MPG
(Ford F-150)
25 MPG
(Toyota Camry)
30 MPG
(Ford Focus)
35 MPG
(Honda Civic)
Vehicle MPG$2.00/gallon gas$3.00/gallon gas$4.00/gallon gas
20 MPG
(Ford F-150)
25 MPG
(Toyota Camry)

Tips For Getting Your Electric Car’s Mileage Reimbursement

The fact that electric cars do not create any pollution is only one of their many benefits. To calculate mileage, electric vehicles should be taken into account. The standard mileage charge for an electric vehicle is 45 cents for the first 10,000 miles driven and then 25 cents per mile.

Do not speed up the car

What are some tips for getting mileage reimbursement for your electric car? Workers who use electric vehicles and drive their automobiles are eligible for 5 pence per mile reimbursement for each passenger they carry to and from work. Typically, electric vehicles have a range of 211 miles on a single charge, and their batteries use around 4 miles’ worth of energy for 1 kWh.

Should You Provide an Electric Vehicle Mileage Allowance for Employees?

Incentives such as mileage reimbursement rates for electric automobiles might be used to persuade staff to make a move. As a result, your company may be able to cut its gasoline expenses.

Should you give employees a mileage allowance for electric vehicles? There are many advantages to promoting electric vehicles among workers; nevertheless, the mileage reimbursement rate for electric vehicles at your business will need to be determined based on your personal preferences and the financial resources available.

Is it of interest to you to implement a system of automatic spending management inside your company? If you need help keeping track of your business’s expenses, please click here to book a demo with Fyle.

Cost-per-Mile Analysis of Electric Vehicles vs Gas-Powered Vehicles

To understand how your EV’s per-mile expenditures stack up against a gas-powered vehicle, divide the fuel vehicle’s MPG rating by 100. First, you will need to know the gasoline vehicle’s MPG; to accomplish so, split 100 miles by the MPG; secondly, you’ll need to multiply the gallons used per 100 miles by the fuel price.

What is the cost-per-mile comparison between gas and electric vehicles? If you want to know how many gallons of gas it takes to go 100 miles in a Honda Civic, you will divide 100 by 34. The Honda Civic uses 2.94 gallons of petrol for every 100 miles driven.

Thus at $3 per gallon, the cost is $8.80. Depending on your local power rates, that might be more or less affordable than an electric car.

Tips for Using the EV Calculator

  • This tool was developed with the ever-changing cost of petrol and the availability of electric vehicles in mind. It enables you to estimate savings in light of current gasoline prices and EV availability and compare the pricing of forthcoming models. Doing so gives you a dynamic, all-around perspective on the relationship between the two possibilities.


  • There are two components to the calculator. Information like your state, city, and typical journey time will be required (again, you can add estimated travel time). The typical commute time throughout the week and weekends may be entered separately.

  • Part two asks for details on the ICE (Internal Combustion Engine) vehicle’s fuel costs and mileage. Also, remember to include electric car specifics like expected range, battery size, and charging cost.

  • The calculator will estimate the daily operating costs for both conventional and electric cars and the cost per kilometer driven based on your provided information. The annual operating costs for both the ICE and the EV will be determined, letting you know how much money you may save by opting for the EV.

Tricks of the Trade

  • The kWh in your EV’s battery, the kWh used in getting where you’re going, the distance, and the cost of power are the raw materials from which all of these computations spring.
  • You may calculate the cost of a specific trip in your EV by studying the relationship between these factors. Your driving efficiency and its economic effect will be easy to notice.
  • You will better understand what’s cost-effective and efficient when you examine these numbers more often.
  • It is important to note that the energy expenses associated with powering the EV are not included in these estimates. Additional expenditures may be incurred throughout an EV’s lifetime that are not directly related to its battery.
  • Tires, brakes, windscreen washer fluid, and even lightbulbs will eventually need to be replaced. These expenses may only crop up every few years, but they should still be considered while budgeting for your car’s upkeep.
  • However, the energy cost to operate an electric car will be the largest ongoing expense for your everyday commute. Having a firm grasp of your expenses per kilometer driven is highly recommended.

What Do Electric Automobiles Have Going For Them?

  • Reduced Operating Expenses

The cost savings associated with operating an electric vehicle is a major selling point for anyone considering purchasing one.

Electric vehicles have lower ongoing expenses than gasoline or diesel-powered equivalents, making them a more appealing choice despite their often-prohibitive upfront expenditures. You will save a lot on gas if you drive an electric car.

Fueling an electric car for the daily commute or frequent errands will cost you less than cooking four pieces of toast every day for a whole year, yet filling up a gas or diesel tank might cost upwards of £40.

  • Less Expensive Upkeep

Electric vehicles are built to endure longer than their gasoline-powered counterparts because of their design and the absence of a complex engine with thousands of parts. Over thirty thousand pieces come together to make an automobile’s internal combustion engine (ICE) operate. No gears, belts, radiators, cylinders, or pistons mean an electric car needs a fraction of as many.

TV remotes, cell phones, and other electronic devices all use batteries, and eventually, they will need to be swapped out. According to current estimates from battery manufacturers, a fully charged and well-maintained battery should last for at least ten years before it has to be replaced. The battery is the most costly component of an electric vehicle to manufacture and buy.

The chassis of a car, at least, is constructed to endure for many years. Questions you, the customer, need to ask yourself include, “Do I purchase a new battery?” and “Do I buy a new car?” when the only thing that needs replacing is a battery that no longer takes charge. Unlike gasoline or diesel engines, where improvements are made much slower, the lifetime of an electric vehicle also depends on the advancement of battery technology.

You should replace your battery sooner if you charge it often. Consequently, a broad scope is crucial. You may extend the life of your car’s battery by simply charging it once a week if you can get away with it.

  • Friendlier To The Planet

You will be helping the environment tremendously if you switch to an all-electric vehicle. Reduced emissions imply fewer harmful gases in the atmosphere and better air quality.

The UK Government has pledged to eliminate the use of petrol and diesel in the country by the year 2050, and this development allows them to keep moving in that direction.

How Much of a Discount Do You Get for Driving an Electric Car?

So yes, the Internal Revenue Service must establish a standard mileage reimbursement rate for EVs. However, many federal and state governments now provide financial incentives for businesses that add electric cars to their fleets.

How much of a discount do electric car drivers get? Access to the high occupancy vehicle (HOV) lanes and financial reimbursements are two examples of these government incentives. Tax breaks your company didn’t qualify for before can become available if you can show that switching to electric vehicles has reduced your carbon footprint.

Your company may submit the same mileage reimbursement rate for electric cars as it does for gas-powered vehicles beginning in 2020.

Having your staff snap pictures of their odometers is the most convenient method to keep track of electric vehicle miles. Make sure they write down the readings before going on their trip and after returning home.

You can monitor your staff’s travel expenses with the help of a mileage monitoring tool.

Additionally, because your electric vehicle customers won’t be visiting petrol stations, you won’t need to get a gas receipt.

Since there is no federally mandated rate for reimbursing the cost of driving an electric vehicle to and from work, your company’s financial stability will determine the optimal rate.


Fuel prices are one area where switching to an electric car might save money. Electric vehicles need a third as many moving components compared to conventional gasoline cars. The lower the total number of moving components, the less maintenance will cost.


How do you calculate a vehicle’s mileage?

Knowing how many kilometers you traveled and how much gas you consumed, you can figure out your mileage. Simple mathematics is all that is required.

What does an EV range of 20 miles mean?

The number of miles or kilometers that may be traveled solely on battery power in a plug-in hybrid is denoted as PHEV-(miles) or PHEV-(kilometers). A plug-in hybrid electric vehicle (PHEV) range of 20 miles (32 kilometers) may also be referred to as a PHEV-32km.

What kind of electric vehicle has a range of 600 kilometers?

Distance barrier of 600 km is broken by Hyundai Ioniq 6 EV: Times of India reports that the company has developed the world’s most aerodynamically efficient automobile.

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I am principal creator of I like riding Electric Car, UTV in mountains and Terrain, Also I try to share all the real life experience here in the site.I am really dedicated to write about my experience. I love doing all the outdoor activity including riding electric car, dirt biking and hiking.

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