October 30, 2026
Fast, on-demand roadside electric vehicle charging brought straight to your vehicle. Whether stuck on the highway or parked at home, our technicians deliver immediate battery boosts 24 hours a day.
The cost of mobile EV charging in Nashville, TN starts around $165 plus tax with Bee Charged EV for on-demand charging assistance, while home EV charging averages approximately $0.1388 per kWh, public Level 2 charging typically costs $0.20 to $0.26 per kWh, and DC fast charging ranges from about $0.26 to $0.64 per kWh depending on the charging network, location, and membership. But which option actually saves you money, especially if your EV is running out of battery and you cannot reach a charging station?
Also: These are pricing benchmarks, not guaranteed quotes for every charging session. Actual costs can change with electricity tariffs, station pricing, energy delivered, charging losses, and additional fees.
| Which EV charging option? | How much does it cost? | What does 75 kWh cost? | When is it useful? | What is the Bee Charged EV advantage? |
|---|---|---|---|---|
| Home EV charging | $0.1388/kWh average | $10.41 | Everyday overnight charging at home | Mobile charging can help when your home charger is unavailable or your EV cannot reach it |
| Public Level 2 charging | $0.20 to $0.26/kWh | $15 to $19.50 | Parking at workplaces, shopping areas, or public locations | Charging comes to your vehicle when visiting a station is impractical |
| Tesla Supercharger with off-peak membership pricing | From $0.26/kWh | $19.50 | Drivers who can access eligible stations during lower-priced hours | No need to reach a Supercharger if you need roadside power |
| Tesla Supercharger with peak membership pricing | $0.34 to $0.40/kWh | $25.50 to $30 | Drivers using eligible fast chargers during peak hours | On-demand assistance is available without scheduling around station pricing |
| Tesla Supercharger with public peak pricing | $0.51 to $0.58/kWh | $38.25 to $43.50 | Fast charging without eligible discounted pricing | Mobile charging helps drivers who cannot safely continue to a station |
| Electrify America DC fast charging | $0.60 to $0.64/kWh | $45 to $48 | Drivers needing public DC fast charging | Charging can be delivered directly to your location instead of requiring a station visit |
| Bee Charged EV mobile charging | Around $165 plus tax per on-demand service | Depends on the charging service and electricity delivered | Roadside emergencies, low battery, inaccessible charging stations | 24/7 mobile assistance delivered to your location across Nashville |
| EV charging membership | Depends on the provider and selected plan | Depends on membership benefits | Drivers needing recurring charging access or emergency coverage | Bee Charged EV offers membership options for recurring mobile charging support |
| Commercial workplace Level 2 charging | $0.20 to $0.24/kWh benchmark | $15 to $18 | Employee charging and workplace parking | Mobile charging can support workplace charging needs without relying entirely on fixed stations |
| Commercial EV fleet charging using grid electricity | $0.1343/kWh statewide commercial energy average | $10.07 in electricity alone | Fleet depots with an existing electricity supply and chargers | On-site mobile fleet charging can support operations where fixed capacity is limited |
| Mobile EV fleet charging | Custom commercial pricing | Depends on fleet charging requirements | Delivery fleets, rental vehicles, business EVs, and fleet depots | Flexible charging at business locations, including scheduled and on-demand support |
| EV charging for apartment and condo residents | Depends on available Level 2 or DC fast charging | Depends on the selected station | Drivers without access to a dedicated residential charger | Mobile charging provides another option when an accessible charging point is unavailable |
Home EV charging in Nashville costs approximately 13.88 cents per kWh, based on the August 2026 effective residential electricity average reported for Nashville Electric Service.
For an electric vehicle with a 75 kWh battery, that works out to approximately $10.41 for 75 kWh of electricity.
That makes home charging significantly cheaper than most public charging options, especially if you drive every day and have access to a dedicated Level 2 home charger.
However, your electricity bill and your actual EV charging cost are not always the same thing.
NES residential electricity pricing includes an energy charge and a fixed monthly customer charge. For example:
The fixed customer charge generally applies to your household electricity account whether you own an EV or not. For that reason, it should not automatically be counted as an additional cost caused by charging your vehicle.
Let’s use a 75 kWh usable EV battery and Nashville’s residential average of $0.1388 per kWh.
The following examples estimate the amount of electricity needed to increase the battery charge.
| Starting EV battery | Target battery | Electricity needed | Estimated home charging cost |
|---|---|---|---|
| 0% | 100% | 75 kWh | $10.41 |
| 10% | 80% | 52.5 kWh | $7.29 |
| 20% | 80% | 45 kWh | $6.25 |
| 50% | 80% | 22.5 kWh | $3.12 |
| 80% | 100% | 15 kWh | $2.08 |
These estimates exclude charging losses. In practice, a home charger draws more electricity from the wall than the battery receives, so the actual energy cost can be higher.
Does that mean you should always charge your EV to 100%?
Not necessarily. Many EV manufacturers recommend lower daily charging limits for certain battery types. Your ideal charging percentage depends on your vehicle, battery chemistry, and driving needs.
Suppose you drive approximately 1,000 miles per month and your EV averages 3.5 miles per kWh.
You would use about 285.7 kWh of battery energy for driving.
At Nashville’s effective residential average:
285.7 kWh × $0.1388 = approximately $39.66 per month.
At the illustrative energy-only rate of $0.1166 per kWh, the same amount of electricity would cost approximately $33.31.
These figures are useful for estimating monthly EV driving expenses, but they exclude charging losses and should not be mistaken for your exact incremental electricity bill.
Home charging makes the most financial sense when you have regular access to electricity, sufficient charging time, and a suitable charging setup.
But what happens when you live in an apartment without a dedicated charger, your equipment stops working, or your battery runs out before you get home?
That is where public charging and mobile EV charging become important alternatives.
Public EV charging in Nashville typically costs $0.20 to $0.26 per kWh for Level 2 charging, while DC fast charging can cost substantially more depending on the operator, time of day, and membership status.
Unlike home charging, public stations may also include parking charges, idle fees, time-based pricing, or additional session charges.
Public Level 2 charging is generally less expensive than DC fast charging, although it takes longer to charge the battery.
Nashville Level 2 charging benchmarks include:
For a 75 kWh battery, those rates produce the following estimates:
| EV charging amount | At $0.20/kWh | At $0.24/kWh | At $0.26/kWh |
|---|---|---|---|
| 15 kWh | $3.00 | $3.60 | $3.90 |
| 30 kWh | $6.00 | $7.20 | $7.80 |
| 45 kWh | $9.00 | $10.80 | $11.70 |
| 52.5 kWh | $10.50 | $12.60 | $13.65 |
| 75 kWh | $15.00 | $18.00 | $19.50 |
For example, charging a 75 kWh EV from 20% to 80% requires approximately 45 kWh of battery energy.
At a public Level 2 station charging $0.24 per kWh, the estimated energy price is $10.80, excluding charging losses and additional fees.
Level 2 charging is especially practical when you can leave your vehicle parked for several hours. But if your battery is critically low and you need to continue driving, waiting for a slower charger may not be convenient.
DC fast charging, commonly referred to as Level 3 charging, generally costs more per kWh than Level 2 charging because it uses higher-powered equipment and delivers energy more quickly.
Nashville has several DC fast charging options, including Tesla Superchargers and Electrify America stations.
Tesla Supercharging costs
Based on selected Nashville station listings from October 2026:
At $0.53 per kWh, receiving 45 kWh costs approximately $23.85.
At a discounted membership rate of $0.26 per kWh, the same electricity costs approximately $11.70, excluding any membership fee.
That is a meaningful difference for drivers who regularly use public fast chargers.
Electrify America charging costs
Selected Nashville Electrify America locations, including Bellevue Place and The Mall at Green Hills, have listed rates around $0.60 per kWh.
At that rate:
A 75 kWh charge at $0.60 per kWh costs approximately 4.3 times as much as the $10.41 home charging benchmark.
That comparison explains why frequent public fast charging can noticeably increase the cost of EV ownership.
However, the 75 kWh examples are energy comparisons, not guarantees that every vehicle can complete a full charge at maximum DC fast charging speed. Charging power usually decreases as the battery approaches a high state of charge.
The cost of driving an electric vehicle depends on how efficiently it uses electricity and how much you pay for each kWh.
Two EVs can use the same charging station and pay the same price per kWh, yet have different driving costs because one consumes more electricity per mile.
Suppose your EV averages 3.5 miles per kWh.
The calculation is straightforward:
Electricity price per kWh ÷ miles per kWh = charging energy cost per mile.
Here is what that means using Nashville charging benchmarks.
| EV charging method | Electricity cost per kWh | Cost per mile | Cost for 100 miles |
|---|---|---|---|
| NES home charging average | $0.1388 | 3.97¢ | $3.97 |
| Public Level 2 | $0.20 | 5.71¢ | $5.71 |
| Public Level 2 reference rate | $0.24 | 6.86¢ | $6.86 |
| Tesla member off-peak DC fast charging | $0.26 | 7.43¢ | $7.43 |
| Tesla member peak DC fast charging | $0.34 | 9.71¢ | $9.71 |
| Tesla public peak DC fast charging | $0.53 | 15.14¢ | $15.14 |
| Electrify America DC fast charging | $0.60 | 17.14¢ | $17.14 |
| Higher public DC fast charging benchmark | $0.64 | 18.29¢ | $18.29 |
These estimates cover electricity consumption only, without additional service fees, subscriptions, taxes, or charging losses.
At an efficiency of 3.5 miles per kWh, adding 100 miles of driving range requires approximately 28.57 kWh of battery energy.
For that amount of electricity:
Mobile EV charging works differently from buying electricity at a public station.
Bee Charged EV offers on-demand charging for around $165 plus tax, but that service price should not be treated as a fixed electricity rate per kWh.
A mobile charging visit can involve equipment delivery, dispatch, charging assistance, and a specific amount of electricity based on the service arrangement.
For example, requesting enough power to reach a nearby charging station is different from requesting a substantial battery recharge.
The appropriate comparison is the total quoted price against the amount of energy or usable driving range being delivered.
Before booking, confirm the electricity included, any additional charging cost, and the total amount payable.
This is especially important if you need 100 miles of additional range, because a standard emergency charging visit does not necessarily include that much electricity.
The price you ultimately pay depends on several related factors. Understanding them helps you distinguish an inexpensive electricity rate from an EV charging service that better fits your immediate needs.
Battery capacity directly affects how much electricity you need.
A vehicle with a 60 kWh usable battery requires less energy for a full recharge than one with a 100 kWh usable battery.
Charging from 20% to 80% also requires substantially less electricity than charging from 0% to 100%.
For instance, restoring 60% of a 75 kWh battery requires 45 kWh.
At Nashville’s effective home charging benchmark, that amount costs approximately $6.25. At a public charger charging $0.60 per kWh, it costs $27.00.
For on-demand mobile charging, the amount of energy requested can also affect the service arrangement and final quote.
The charging equipment you use influences both convenience and cost.
Level 1 charging uses a standard household outlet where supported. It is generally suitable for slower charging needs, and the electricity is billed according to your applicable residential tariff.
Level 2 charging supplies AC electricity at higher power than Level 1. It is commonly used for home charging, workplaces, and public parking facilities.
Level 3 DC fast charging supplies DC electricity at significantly higher power. It is useful when drivers need to add driving range more quickly, although actual charging speed depends on the vehicle and equipment.
Bee Charged EV provides mobile charging solutions, including DC fast charging capabilities. Available charging power, compatible connectors, and energy delivery should be confirmed for the specific service.
A higher charger power rating does not automatically mean a vehicle will accept electricity at that maximum rate throughout the charging session.
Public charging rates can change based on the station, network, time of day, and membership.
For example, a Tesla Supercharger with a $0.26 per kWh member rate during off-peak hours may be considerably less expensive than the same location during peak pricing.
However, not every station offers the same discounts, and charging memberships may have additional fees.
If you regularly use a particular charging network, compare your total monthly charging expenses rather than looking only at the discounted price per kWh.
Likewise, Bee Charged EV membership plans may be useful for drivers who want recurring charging support. Compare the current subscription cost, included services, charging benefits, and any limits against the cost of requesting individual visits.
Your location can affect the logistics of an on-demand charging request.
A vehicle parked in an accessible driveway presents a different service situation from one located in a restricted parking garage, remote parking area, or roadside location.
Factors worth confirming include:
Bee Charged EV provides 24/7 mobile EV charging assistance across Nashville, covering the city and its service areas, with dispatch availability from Monday through Sunday.
Commercial EV charging involves more than electricity consumption.
A business operating several electric delivery vehicles, rental cars, or fleet trucks must consider the total charging requirements of its vehicles.
Tennessee’s July 2026 electricity benchmarks included:
These are statewide electricity averages, not guaranteed tariffs available to every Nashville fleet.
A commercial EV operator also needs to account for charging equipment, electrical infrastructure, demand charges where applicable, maintenance, parking arrangements, and labor.
For example, 10 commercial EVs receiving 20 kWh each would consume 200 kWh.
At the statewide commercial energy average of $0.1343 per kWh, that represents approximately $26.86 in electricity alone.
The actual cost of providing that electricity to the vehicles may be considerably higher.
Bee Charged EV offers mobile fleet charging solutions for businesses that need charging at depots, workplaces, parking lots, or operating locations.
Instead of relying exclusively on public stations or installing additional fixed chargers, businesses can explore scheduled or on-demand mobile charging based on the number of EVs, charging frequency, and required energy.
Commercial mobile charging is quoted according to the fleet arrangement rather than assuming that the individual $165 roadside service price applies to every vehicle.
The posted cost per kWh does not always represent the final price.
Additional costs can include:
For example, at an Electrify America station charging $0.40 per minute after its 10-minute idle grace period, leaving a vehicle connected for another 15 chargeable minutes could add $6.00.
That extra cost is independent of the electricity delivered.
Checking the station’s current pricing and disconnecting when charging is complete can help avoid unnecessary fees.
Buying or installing an EV charger involves a different expense from paying for individual charging sessions.
For residential charging, the total cost depends on the charger, available electrical capacity, wiring, installation labor, and any required electrical upgrades.
Commercial charging equipment can also involve construction work, utility coordination, and ongoing maintenance.
Mobile charging equipment has its own purchase or operating costs, particularly for businesses that want portable or battery-integrated charging systems.
Bee Charged EV provides mobile EV charging products as well as charging services, allowing businesses to explore purchasing equipment or using a managed mobile charging solution.
For occasional roadside charging, requesting a service may be more practical than purchasing specialized equipment solely for emergency use.
Running low on charge and unable to reach a station?
Bee Charged EV brings charging assistance directly to your location in Nashville, with on-demand service available around $165 plus tax, subject to your charging needs and final quote.
Whether your EV is parked at home, outside your workplace, in a parking lot, or at another accessible location, our mobile charging service gives you another way to get the electricity you need without depending entirely on a fixed charging station.
We support individual EV drivers, commercial fleets, and businesses with mobile charging solutions, membership options, and charging equipment.
Need charging right where your EV is parked? Contact Bee Charged EV with your vehicle model, current battery percentage, location, and required driving range to confirm the available service and total price.
Assuming 3.5 miles per kWh, adding 25 miles requires approximately 7.14 kWh of battery energy. That costs about $0.99 at the NES residential average, $1.71 at a public Level 2 station charging $0.24 per kWh, or $4.29 at a DC fast charger charging $0.60 per kWh. Mobile emergency charging is priced as a service, so its cost will be different.
An EV averaging 3.5 miles per kWh needs approximately 14.29 kWh for 50 miles. That works out to around $1.98 at home, $3.43 at a $0.24 per kWh public Level 2 charger, and $8.57 at a $0.60 per kWh DC fast charger. Actual driving range may vary with road conditions, speed, temperature, and vehicle efficiency.
For an EV with a 60 kWh usable battery, a full charge costs approximately $8.33 at the NES residential average, $14.40 at a $0.24 per kWh Level 2 station, or $36.00 at a DC fast charger charging $0.60 per kWh. These figures assume 60 kWh of energy and exclude charging losses, station fees, and taxes.
Some workplaces, hotels, retailers, or parking facilities may offer complimentary charging to eligible drivers or customers. However, free charging should not be assumed at any particular Nashville station without checking its current conditions. Even where electricity is complimentary, parking or access charges may still apply. For comparison, paid public Level 2 charging in Nashville commonly falls around $0.20 to $0.26 per kWh.
Some charging networks use time-based pricing or add time-based fees. A per-kWh charger bills according to the amount of electricity delivered, while a per-minute charger bills according to charging duration. At a time-based station, a slower-charging vehicle can end up paying more per kWh than a faster-charging vehicle. Check the displayed billing method before starting a Nashville charging session.
Selected Tesla Supercharger listings in Nashville offer off-peak membership rates as low as $0.26 per kWh. At that price, 30 kWh costs approximately $7.80, compared with $10.20 at $0.34 per kWh, saving $2.40 in electricity charges. The available off-peak window and membership rate depend on the location and should be checked before charging.
At selected Nashville Electrify America stations, idle fees are listed at $0.40 per minute after a 10-minute grace period. Staying for 15 chargeable minutes beyond that grace period would add $6.00. Tesla congestion fees can reach $0.50 per minute under applicable conditions. Always disconnect and move your vehicle when charging is complete and it is safe to do so.
Bee Charged EV offers membership options for drivers seeking recurring emergency charging support and related benefits. Depending on the plan, membership benefits may include preferred service access, discounted charging, or included charging sessions. Confirm the current membership price, included services, renewal terms, and usage limits before comparing it with the approximately $165 plus tax one-time service price.
Start with the number of vehicles and the electricity each vehicle needs per day. For example, a fleet of 20 EVs requiring 25 kWh each needs 500 kWh daily. At Tennessee’s July 2026 average commercial electricity price of $0.1343 per kWh, the electricity alone would cost approximately $67.15 per day, or $2,014.50 over 30 days. Actual fleet charging costs also depend on infrastructure, utility tariffs, demand charges, charging losses, equipment, and operations. Bee Charged EV can provide a separate quote for managed mobile fleet charging based on the business requirements.
