Quick Answer
An induction range needs a dedicated 240-volt circuit sized to the appliance, plus enough panel capacity to carry it. If you’re converting from gas, there’s usually no existing electric range circuit, so one has to be run — and on an older or full panel, that can mean a panel upgrade first. A load calculation confirms which.
Induction ranges have won over a lot of Marin cooks — they heat fast, control precisely, and fit the move toward electric homes. But if you’re coming from gas, the stove is the easy part; the electrical is where the real work is. Here’s what your kitchen needs, handled as part of our home electrical services in Marin.
The BasicsWhat an Induction Range Needs Electrically
An induction range runs on a dedicated 240 volt circuit — the same voltage class as an electric dryer — sized to that specific appliance’s requirements. The range’s spec sheet lists the amperage and the breaker it needs, and the electrician sizes the wire and breaker to match, then runs a dedicated electric range circuit from the panel to the kitchen. If you already have an electric range, you may have a circuit — but induction models sometimes draw more than an older electric coil range, so it still needs checking.
The Gas-to-Electric CaseConverting a Marin Kitchen
Most Marin kitchens replacing a gas range have no electric range circuit at all — there’s just a gas line and maybe a 120-volt outlet for the igniter. That means running a brand-new 240-volt circuit from the panel to the range location, which is the bulk of the work and cost. The run’s length and how accessible the path is drive the labor, much like other kitchen wiring. It pairs naturally with a broader home electrification plan if you’re going further.
Why the panel is the real question — adding a 240-volt range circuit only works if your panel has the capacity and an open slot. On an older or full panel, that’s the deciding factor between a straightforward job and a bigger project.
The Capacity QuestionPanel Capacity and Load
Whether your panel capacity can take an induction range comes down to a load calculation — the code method for totaling your existing and planned loads against your service. Many homes handle it fine. But if you’re on older 100-amp service, or you’re also adding an EV charger or heat pump, the combined draw may push you past what the panel can safely carry, making a panel upgrade the first step. All of it must meet the National Electrical Code.
The Bigger PictureKitchen Electrical and Electrification
If the induction range is part of a kitchen remodel or a broader move to electric, plan the kitchen electrical as a whole. California is encouraging electrification, and the U.S. Department of Energy covers how induction works, while California’s Title 24 standards increasingly favor efficient electric appliances. Sizing your service for the full picture now beats upgrading twice.
Step by StepHow to Prepare for an Induction Range
Get the range’s electrical spec
The spec sheet lists the required amperage and breaker — the circuit is sized to that.
Check for an existing circuit
If you’re replacing an electric range you may have one; converting from gas, you likely don’t.
Run a load calculation
A licensed electrician confirms your panel can carry the range, or whether an upgrade comes first.
Run the dedicated 240-volt circuit
Install the correctly sized circuit from the panel to the range location, to code.
Coordinate the permit and any gas cap
The new circuit is permitted; if removing gas, the line is safely capped per code.
Key Takeaways
- An induction range needs a dedicated 240-volt circuit sized to the appliance.
- Converting from gas usually means running a brand-new circuit — the bulk of the cost.
- Whether your panel can carry it is a load-calculation question, not a guess.
- Older or full panels, or stacking other loads, may require a panel upgrade first.
Switching to induction in your Marin kitchen? We’ll check your panel and run a properly sized circuit — with an honest answer on upgrades.
Reviewed by Alex Towery
Owner & Licensed Electrical Contractor · CSLB C-10 #989290
Alex has wired induction ranges and full electric-kitchen conversions across Marin, including plenty of gas-to-electric jobs where the panel had to be sorted out first. Every Towery Electric article is reviewed against current California Electrical Code before publishing.
The Bottom Line
An induction range comes down to a properly sized 240-volt circuit and enough panel capacity to carry it. If you’re converting from gas, budget for a new circuit run; if your panel is older, full, or stacking other new loads, budget for the possibility of an upgrade first. Get a load calculation before you buy the range, and it’ll be a clean install.
Frequently Asked Questions
Does an induction range need a special circuit?
Yes — a dedicated 240-volt circuit, sized to the specific range. Induction ranges run on the same voltage class as an electric dryer, and the appliance’s spec sheet lists the exact amperage and breaker it requires, which is what the electrician sizes the wire and breaker to. It’s a dedicated circuit, not shared with other outlets or appliances. If you’re replacing an existing electric range you may already have a suitable circuit, but it’s worth verifying, since some induction models draw differently than older coil ranges.
I have a gas range now — what’s involved in switching to induction?
The main work is electrical: a gas kitchen typically has no 240-volt range circuit, just a gas line and perhaps a small 120-volt outlet, so a new dedicated circuit has to be run from the panel to the range. That run — its length and how accessible the path is — is the bulk of the cost. The gas line also needs to be safely capped to code. And because you’re adding a significant new electrical load, your panel’s capacity has to be confirmed, which occasionally means an upgrade before the range goes in.
Will I need a panel upgrade to add an induction range?
Maybe — it depends on your panel’s spare capacity and what else it’s carrying. An induction range is a meaningful load, and on an older 100-amp service that’s already near its limit, or one you’re also asking to power an EV charger or heat pump, the total can exceed what the panel can safely handle. A load calculation gives the real answer. Many homes have room; the ones that don’t are usually older or in the middle of broader electrification, where upgrading once for everything makes the most sense.
Is induction wiring different from a regular electric range?
Electrically they’re similar — both use a dedicated 240-volt circuit — but the specifics matter. Some induction ranges draw more current than older electric coil ranges, so an existing circuit sized for an old range isn’t automatically adequate for a new induction unit. The safe approach is to check the new range’s spec against the existing circuit rather than assume “electric is electric.” If the circuit is undersized, it needs upgrading to match the appliance’s requirements for safe operation.
Can I install the range circuit myself?
Running a new 240-volt circuit and tying it into your panel is permitted, inspected electrical work, and it involves the panel — which is not a DIY-friendly place, since the incoming conductors stay live even with the main breaker off. Beyond the safety and legal issues, an improperly sized or connected range circuit is a fire risk. This is a job for a licensed C-10 who sizes the circuit to the appliance, installs it to code, pulls the permit, and coordinates the inspection so the install is safe and insurable.
Should I plan for other electric appliances at the same time?
If you’re moving toward an all-electric kitchen or home, yes — plan the whole picture at once. Adding an induction range, then later a heat pump, then an EV charger, one at a time, can mean paying for panel work repeatedly. Sizing your service for everything you’re likely to add lets you upgrade once and be done. Tell your electrician about every major electric load you’re considering, even the ones a year or two out, so the kitchen circuit and the service are sized for where you’re headed.
How We Sourced This
Guidance reflects common 2026 residential induction-range installations in Marin County and is for planning only. Authored by Healthcare Marketing Group’s editorial team and reviewed for technical accuracy by Alex Towery, owner of Towery Electric, Inc. and a California-licensed C-10 (CSLB #989290). Circuit sizing follows manufacturer specifications and the California Electrical Code as adopted from NFPA 70.
References
- U.S. Department of Energy. “Induction Cooktops.” www.energy.gov
- National Fire Protection Association. “NFPA 70 — National Electrical Code.” www.nfpa.org
- California Energy Commission. “Building Energy Efficiency Standards (Title 24).” www.energy.ca.gov