- 511 E Spring St, Monroe, GA 30655
- Mon–Fri 8AM–5PM
- Residential · Commercial · Industrial
A Level 2 home charger runs on a dedicated 240-volt circuit and adds roughly 20 to 40 miles of range per hour — overnight instead of over two days.
Next Gen Electric Co. runs a load calculation first, sizes the circuit to the charger you've chosen, pulls the Walton County permit and meets the inspector. If your panel can't take it, we'll show you the cheap fix before quoting the expensive one.
What a typical Monroe job looks like.
Cost
Published national figures cluster around $1,200 to $1,800 all-in, with installation data putting the average near $1,700. But the full range runs from roughly $500 to over $4,000 — and which end you land on is almost entirely decided by two things: how much spare capacity your panel has, and how far the charger sits from it.
Newer home, panel on the garage wall, spare capacity, short run
Older home but adequate panel, moderate conduit run, standard permit
Panel needs work, long run, outdoor or detached garage
Added instead of a panel upgrade where capacity is tight
Where the service genuinely can't carry the load
Detached garage or a run under a driveway
It's common to see a 40% spread between electricians quoting the same house. Some of that is genuine — different assumptions about the panel, or whether trenching is included. Some of it isn't.
The way to tell the difference is to ask for an itemised quote. A single number tells you nothing about what's been assumed. A breakdown shows you whether two quotes are even describing the same job.
⚠ Placeholder figures — replace before publishing. National 2026 data puts simple installs at $500–$1,200, standard at $1,200–$2,500 and complex at $2,500–$4,000+, with an overall average near $1,700. Permits typically run $50–$300 and outdoor installs add $200–$1,000. Supply NGEC's confirmed Monroe figures or remove the table.
The thing most people get backwards
Most people spend two weeks comparing charger brands and about ten seconds thinking about amperage. That's the wrong way round.
The brand barely moves your bill. Most Level 2 units do the same job, and the differences are mostly app features, cable length and looks. Pick whichever you like.
The amperage decides everything expensive. It sets the wire gauge, the breaker size, and sometimes whether your panel can take the circuit at all. A 40-amp charger needs 6 AWG conductors. A 48-amp charger needs 4 AWG — thicker, dearer, and harder to pull through a long run.
So the order that saves money is: work out what you actually need, pick the amperage, then choose whatever charger you like at that rating.
A 32-amp charger adds roughly 25 miles of range per hour. Overnight, that's about 250 miles. Unless you're driving well over 200 miles a day, a 32 or 40-amp unit covers you comfortably — and it's cheaper to install than 48 amps.
The 48-amp option makes sense for high daily mileage, two EVs sharing one charger, or a vehicle with a very large battery you regularly run down. Otherwise you're paying for thicker wire to solve a problem you don't have.
And don't oversize the wire "just in case." It's a real cost difference for capacity you may never use.
DC fast charging isn't a residential option — the supply requirements put it firmly in commercial territory. If you run a business in Monroe and want customer charging, that's a different conversation and one we're happy to have.
The big question
This is the single biggest variable in the price, and the honest answer is: sometimes, but less often than you'd think. A lot of Monroe homes built before 2000 have 100-amp or 125-amp service, and a 50-amp charger circuit can push that over. There's more than one way to solve it.
Monitors total household demand and throttles the charger when other loads spike. Your panel never goes over capacity, and the car still charges — just a little slower on the evenings when everything else is running too.
A 32-amp circuit instead of 48 amps. Still adds around 25 miles of range per hour — roughly 250 miles overnight — and often fits within existing capacity without any other work.
Where the service genuinely can't carry the load, or the panel is old and full anyway. More expensive, but it solves the capacity problem permanently rather than working around it.
We'll show you the cheap option first. A load management device typically costs a few hundred dollars against a few thousand for a panel upgrade. If that solves your problem, it's the right answer and we'll say so — we'd rather do the small job well than sell the big one unnecessarily.
Where an upgrade genuinely is needed — an old panel that's full, or 100-amp service already carrying electric HVAC, a range and a dryer — we'll show you the load calculation that says so, not just assert it. See service upgrades and panel change outs for what those jobs involve.
Two ways to connect
Both are perfectly good. The choice is mostly about flexibility versus a slightly cleaner, slightly more capable installation.
A NEMA 14-50 outlet is the plug-in route. We install a 240-volt receptacle and your charger plugs into it. It's usually cheaper, it's easy to take with you if you move, and if you're unsure what you want later it keeps your options open.
A hardwired charger is connected directly to the circuit with no plug. It's required if you want to run above 40 amps, it's tidier on the wall, and it's generally the better choice outdoors since there's no receptacle to weatherproof.
If you're genuinely undecided, the outlet is the lower-risk starting point — it can be converted to hardwired later if you change your mind.
Whichever you choose, the circuit is dedicated — no sharing with the dryer, no splitting off an existing 240V run. That's NEC Article 625 and the inspector will check it.
Scope of work
Every item below is on the quote as its own line. You should be able to put ours next to anyone else's and see exactly where they differ.
01
What your service is actually carrying now, and what headroom is left — before any number gets quoted.
02
Breaker, conductors and conduit sized to your charger's amperage per NEC Article 625. No shared circuits.
03
Mounted at a sensible height and position for how your car actually parks, with cable reach checked on site.
04
Ground-fault protection provided as code requires — one of the specific items the inspector verifies.
05
Walton County permit pulled in our name. We meet the inspector and close the permit out.
06
Verified under real charging load, plus app and scheduling setup if it's a smart unit.
Trickier installs
Not every charger goes on a wall three feet from the panel. Around Monroe and out toward Good Hope and Lake Oconee, detached garages and long driveways are common — and they change the job.
If the garage already has a subpanel with capacity, this can be straightforward. If it doesn't, you're looking at a new feeder from the house, which usually means trenching. That's the item most likely to move the price, and it's the reason we won't quote a detached garage over the phone.
Outdoor installations need weather-rated equipment and proper sealing at every penetration. It's not difficult, but it uses different materials and it adds to the cost — commonly a few hundred dollars over an equivalent indoor install.
For outdoor positions we usually recommend hardwiring rather than an outlet. One less thing to weatherproof, and one less thing to fail in five years.
If you're running two EVs, you have options beyond a second full installation — some chargers support load sharing across two units on one circuit, and scheduling handles the rest. Worth raising at the site visit rather than discovering later.
None of this is essential before calling — but a five-minute look now means the quote we give you on the phone is much closer to the final number.
Permits
Yes. A new 240-volt dedicated circuit requires an electrical permit in virtually every jurisdiction, and Walton County is no exception. The permit triggers an inspection.
That inspection specifically verifies three things: the wire gauge matches the breaker, the breaker is correctly sized for the charger's continuous load, and GFCI protection is present where code requires it. Those are exactly the corners a cheap unpermitted install cuts.
An unpermitted EV circuit causes two specific problems later. It can complicate a homeowners insurance claim if there's ever an electrical fire in the garage. And it turns up during a sale, when the buyer's inspector notices a 240-volt circuit with no permit history attached to it.
We pull the permit in our name, schedule the inspection and meet the inspector. You don't arrange anything or take time off for it.
The federal charger credit has expired. The Alternative Fuel Vehicle Refueling Property Credit — the 30% credit worth up to $1,000 on home charger installations — does not apply to equipment placed in service after 30 June 2026.
We're mentioning this because a lot of pages still tell you to claim it. Some of them were published this year. If you've been budgeting on the basis of getting that money back, the figure has changed.
We're electricians, not tax advisors. Check the current position with your accountant and your utility before counting on any figure — including ours.
Before you hire anyone
Quotes on this job vary by 40% or more for the same house, usually because they're not describing the same scope. These six questions make two quotes comparable.
If they can't answer this, they haven't done a load calculation — and the quote is a guess.
And if they say yes, ask whether a load management device would work instead. There's a big price difference.
Distance drives material cost. A quote given without measuring it can only move upward.
A quote that excludes it isn't comparable to one that includes it. Get both on the same basis.
40 amps and 48 amps need different conductors. A cheaper quote may simply be wiring for less.
Pulling a permit and meeting the inspector are two different commitments. Confirm both.
There's no reason to buy the unit through us. Choose whatever brand you like at the amperage that suits your driving, have it delivered, and we'll install it. That usually saves a supply markup, and it means you've picked the features you actually wanted rather than whatever the installer stocks. Tell us the model when you book so we size the circuit correctly first time.
FAQ
National 2026 figures cluster at $1,200 to $1,800 all-in, with installation data putting the average near $1,700. The full range runs from around $500 for a simple install next to the panel to over $4,000 where a panel upgrade or trenching is needed. The two biggest variables are your panel's spare capacity and the distance from the panel to where you park. We run a load calculation and quote in writing rather than guessing over the phone.
Sometimes, but less often than people expect. A lot of Monroe homes built before 2000 have 100-amp or 125-amp service, and a 50-amp charger circuit can push them over capacity. Before quoting an upgrade we'll look at two cheaper options: a load management device that throttles the charger when household demand spikes, or a smaller 32-amp circuit that still adds around 25 miles of range per hour. A load calculation tells us which is safe.
Decide this before you pick a brand — it matters far more to your bill. A 32-amp charger adds roughly 25 miles of range per hour, so about 250 miles overnight, which covers most drivers comfortably. A 48-amp unit needs thicker conductors and a bigger breaker, and makes sense for very high daily mileage, two EVs sharing a charger, or a large battery you regularly run down. Don't oversize the wire for capacity you won't use.
Yes. NEC Article 625 requires a dedicated 240-volt circuit for any Level 2 charger. It can't share with the dryer, and it can't be split off an existing 240V run. The inspector checks this specifically.
Yes. A new 240-volt circuit requires an electrical permit, and the permit triggers an inspection that verifies wire gauge, breaker sizing and GFCI protection. We pull the permit in our name and meet the inspector. Skipping it can complicate an insurance claim and creates problems at resale when a buyer's inspector finds an undocumented 240V circuit.
No. The Alternative Fuel Vehicle Refueling Property Credit does not apply to equipment placed in service after 30 June 2026, so chargers installed after that date can't claim it. A number of pages still online tell you otherwise, including some published recently — they're out of date. Utility rebates may still be available in your area, commonly in the $100 to $700 range, so it's worth asking your provider. We're electricians rather than tax advisors, so confirm the current position with your accountant.
Both work well. An outlet is usually cheaper, lets you unplug the charger and take it if you move, and can be converted to hardwired later. Hardwiring is required above 40 amps, looks tidier, and is generally better outdoors since there's no receptacle to weatherproof. If you're undecided, the outlet is the lower-risk starting point.
Two to four hours for a straightforward garage install where the panel has capacity and the run is short. A panel upgrade, a long conduit run or trenching to a detached garage can make it a full day or two visits.
Yes. If the garage already has a subpanel with spare capacity it's usually straightforward. If it doesn't, a new feeder from the house is needed, which typically means trenching — and that's the item most likely to move the price. It's also why we won't quote a detached garage without seeing it.
A 240-volt dedicated circuit is serious electrical work and requires a permit and inspection in Walton County. Beyond the safety question, an unpermitted circuit can void homeowners insurance cover and creates complications at resale. If you've already bought the charger, that's fine — we'll fit equipment you supply.
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Related services
100A → 200A
When the issue is capacity rather than the box itself — the bigger version of this job.
Breakers
When one circuit is the problem and the panel is otherwise sound.
Inspection
A written, photographed report — often what prompts a panel replacement in the first place.
SPD
Cheapest to add while the panel is already open and de-energised.
Circuits
The new panel's spare slots are what make added circuits possible afterwards.
Standby
Transfer switch work pairs naturally with a new panel.
Ready when you are
A real load calculation, the cheap option shown before the expensive one, and a permit closed out so it never becomes a problem at resale.
