Smart speakers, air fryers, espresso machines, tablets for recipes, robot vacuums charging in the corner—the modern kitchen needs more power and better organization than a couple of random outlets can provide. That’s where smart under-cabinet power strips and outlets come in.

Mounted neatly under your upper cabinets, these strips add outlets, USB ports, and Wi‑Fi control in a spot that’s easy to use but mostly hidden from view. They help tame countertop clutter, keep cords out of the way of spills, and give you automation options like turning the coffee maker on with a voice command.

This guide walks through how to choose the best smart under cabinet power strip for kitchen setups of all sizes, plus safety tips, installation options, and real-world automation ideas.

Why Your Smart Kitchen Needs an Under-Cabinet Power Strip

The problem with cluttered kitchen outlets and charging bricks

Most kitchens were wired long before phones, tablets, and a dozen smart gadgets lived on the counter. That leads to a few common problems:

• Three or four devices fighting over one duplex outlet.
• Bulky wall chargers blocking the second receptacle.
• Charging cables snaking across prep space where you’re chopping or cooking.
• Power strips sitting on the counter, taking up space and catching crumbs and splatter.

Beyond the mess, this can be a safety issue. Overloaded outlets, loose adapters, and cords draped near sinks or cooktops increase the chance of tripping breakers—or worse, damaging devices or creating a shock hazard.

How smart under-cabinet power strips simplify appliance and device charging

Under-cabinet strips move power off the backsplash and counters and tuck it under the cabinet overhang, where it’s accessible but not constantly in the way. That gives you:

• More outlets exactly where you plug in small appliances like blenders, toasters, and coffee grinders.
• Dedicated USB ports for phones, tablets, and smart displays—no charger bricks needed.
• A fixed location for gadgets, so cords can be routed neatly and stay put.
• A space-saving alternative to traditional power strips that sit on the counter.

Add Wi‑Fi and you also gain app control, voice control, and the ability to schedule or remotely cut power to outlets—useful for things like coffee makers or accent lighting.

Benefits of Wi‑Fi control and USB ports in a modern kitchen

Smart under-cabinet power strips combine two key upgrades: smart control and built-in charging.

• Wi‑Fi control: Turn appliance outlets on or off from your phone, set schedules, and use voice commands through platforms like Alexa, Google Assistant, or Apple Home.
• Per-outlet control (on many models): Control individual receptacles instead of the entire strip, so you can leave the coffee maker off but keep under-cabinet lighting on.
• USB and USB-C ports: Charge devices without hunting for charging bricks, and keep your backsplash outlets free for heavier-duty appliances.
• Cleaner counters: Power and charging move under the cabinets, opening up prep space and giving your kitchen a less cluttered look.

Key Features to Look For in a Smart Under-Cabinet Power Strip

Wi‑Fi connectivity and app compatibility (Alexa, Google, Apple Home)

First, make sure the strip actually fits your smart home ecosystem.

• Wi‑Fi vs. hub-based: Most smart strips use 2.4 GHz Wi‑Fi and connect directly to your router. Some higher-end hardwired systems may use Zigbee, Z‑Wave, or proprietary hubs.
• Voice platforms: Check labels for support for Amazon Alexa, Google Assistant, and (if you’re an Apple household) Apple Home / Siri.
• App quality: Kasa, TP-Link, TP-Link Tapo, and Meross, for example, have relatively mature apps with scheduling and energy monitoring options on many models.
• Local control: If privacy is a concern, look for Matter or HomeKit-compatible options that can work locally without always relying on the cloud.

USB-A vs USB-C ports and total charging wattage

USB ports are a major reason to choose an under-cabinet strip over a basic outlet. Two key questions:

• Port types:
  • USB-A: Still common for older cables and accessories. Good for low- to medium-speed charging.
  • USB-C: New standard, better for tablets, newer phones, and laptops that support USB-C charging.
• Total wattage: Don’t just count ports—check the combined power rating.
  • 10–15 W per port is fine for phones and small accessories.
  • 20–30 W USB-C with Power Delivery (PD) is ideal for tablets and fast phone charging.
  • 45–65 W USB-C PD can even top up many laptops.

If you want to understand how USB-C Power Delivery works, the overview at the USB‑C page on Wikipedia is a useful reference.

Surge protection, overload protection, and safety certifications

The kitchen is one of the harshest environments for electronics: heat, humidity, and heavy appliance loads. Look for:

• Surge protection: Measured in joules; more joules generally means more protection from voltage spikes, within reason.
• Overload protection: Built-in circuit breaker or reset button that trips if the strip is overloaded.
• Safety marks: UL, ETL, or similar national testing lab certifications.
• Fire-resistant housing: Often noted as flame-retardant or with a specified temperature rating.

Cheap, unlisted power strips aren’t worth it in a kitchen where high-wattage appliances run daily.

Form factor: strip vs puck outlets vs recessed under-cabinet bars

“Under-cabinet power” can mean a few different physical designs:

• Classic strip: A rectangular bar with multiple outlets and USB ports screwed to the underside of a cabinet. Best for most homeowners due to easy installation.
• Puck or pod outlets: Small circular or square modules spaced along the underside of cabinets. Often part of a modular rail system; good for custom layouts.
• Recessed bars or tracks: Hardwired metal rails that sit flush with the cabinet bottom, commonly used in premium remodels and often paired with lighting.

For most people searching for the best smart under cabinet power strip for kitchen use, a low-profile plug-in strip is the easiest starting point.

Cord length, plug angle, and cable management for a clean look

Small physical details make a big difference in how tidy your setup looks:

• Cord length: Long enough to reach the nearest outlet without stretching, but not so long that you end up with a coil of cable behind the toaster. 4–6 feet is typical.
• Plug angle: A flat, right-angle plug keeps the strip closer to the wall and helps behind refrigerators or tight cabinets.
• Cable clips or raceways: Use adhesive clips or a low-profile cable raceway to guide the cord along the underside or back of cabinets so it nearly disappears.
• Mounting hardware: Screws are more secure than adhesive alone, especially for heavier strips.

Energy monitoring and scheduling features for lower power bills

Some smart strips can measure how much energy each outlet or the entire strip is using. This can help you:

• See how much standby power your coffee maker, microwave, and smart speakers actually draw.
• Schedule non-essential devices to turn off automatically at night.
• Create “eco” scenes that shut down everything except the fridge and essential appliances when you leave home.

Even if your strip doesn’t support energy monitoring, basic scheduling can still help reduce wasted power from chargers and small appliances that don’t need to stay on 24/7.

Best Smart Under-Cabinet Power Strips for Kitchens (Top Picks)

Comparison table: key specs, ports, Wi‑Fi, and best use cases

Here’s a simplified comparison of common types of smart under-cabinet solutions you’ll find. Exact specs vary by brand, but this table gives you a sense of how they differ.

Best overall smart under-cabinet power strip for most kitchens

For most households, the sweet spot is a 6-outlet smart strip with 2–3 USB ports that:

• Supports Alexa and Google Assistant.
• Offers individual outlet control in the app.
• Includes surge protection and overload protection.
• Uses a flat wall plug and comes with screw mounts for under-cabinet installation.

Brands like Kasa, TP-Link, and Meross offer strips in this category that you can mount under cabinets with a few screws. They’re versatile enough for coffee stations, toaster corners, and gadget charging zones.

Best low-profile strip for minimalist and small kitchens

In a compact or minimalist kitchen, you don’t want a bulky bar hanging below your cabinets. Look for:

• A slim profile (around 1 inch thick) so it visually “disappears” when you stand in the room.
• Fewer but well-spaced outlets (4 AC + 2 USB is often enough).
• A white or cabinet-matching color to blend in.
• Shorter cord length if the nearest outlet is close by.

Mount a low-profile strip near the back of the cabinet bottom so you only see outlets when you lean under the cabinet, not from across the room.

Best USB-C heavy-duty strip for power users and home chefs

If your kitchen doubles as a home office or you cook extensively with multiple appliances running at once, consider a higher-end strip with:

• USB-C PD ports (20–60 W) for fast charging tablets, phones, and some laptops.
• Higher surge protection rating.
• Energy monitoring per outlet, so you can track heavy-use appliances like espresso machines or toaster ovens.
• Heavier gauge power cord and higher total wattage rating.

This style is ideal near a built-in tablet or smart display (for recipes and streaming) or at a coffee bar where you might charge laptops while working at the counter.

Best budget smart under-cabinet option with basic Wi‑Fi control

If you mainly want voice control and a few extra outlets, you don’t need top-shelf hardware. A budget-friendly option usually offers:

• 3–4 AC outlets and 2 USB-A ports.
• Basic Wi‑Fi control through a single app.
• Group on/off (rather than full per-outlet control).
• Surge protection, though often with lower joule ratings.

These are perfect for rental kitchens where you want better power management and smart control but don’t plan to invest in permanent fixtures.

Best premium under-cabinet power rail for full smart kitchen remodels

During a full remodel, you can go beyond plug-in strips and install hardwired under-cabinet power rails. These systems:

• Run continuously under cabinets as a sleek metal or plastic channel.
• Accept clip-in modules (regular outlets, USB, switches) exactly where you need them.
• Often integrate with under-cabinet lighting and can be controlled via smart switches or smart breakers.
• Provide a very clean, high-end look that can boost the perceived quality of your kitchen.

They cost more and require professional installation, but they’re the most seamless option if you’re already opening walls and upgrading electrical runs.

Smart Under-Cabinet Outlets vs Traditional Power Strips

When to choose a fixed, hardwired under-cabinet outlet system

A hardwired under-cabinet system makes the most sense if:

• You’re remodeling or building new and already hiring an electrician.
• You want as few visible cords and outlets as possible.
• You’re planning to stay in the home long-term and value a clean, built-in look.
• You want to maximize resale appeal with a kitchen that feels custom.

Smart features in this case usually come from smart switches, smart breakers, or in-line smart modules feeding sections of the rail.

When a plug-in smart power strip is the better choice

A plug-in smart strip is ideal if:

• You rent and can’t alter wiring.
• You want an afternoon DIY project, not a construction job.
• You’re unsure where you’ll want outlets long-term and prefer flexibility.
• You want an affordable way to test smart kitchen automations before committing.

You can always upgrade to a hardwired system later and move the plug-in strip to a pantry, garage, or workshop.

Aesthetic and resale-value considerations in a modern kitchen

Buyers notice outlets and cables more than you think. A tidy under-cabinet power solution:

• Shows that the kitchen was planned for device charging and modern cooking.
• Reduces visible clutter, especially around popular zones like coffee bars and islands.
• Helps backsplash tile remain the visual focus instead of a row of outlets.

Even modest upgrades—like swapping a countertop power strip for a clean under-cabinet one—can make your kitchen feel more polished.

Installation Options: DIY vs Electrician

Plug-in smart under-cabinet strips: simple DIY installation steps

For plug-in strips, installation is usually straightforward:

• Decide which cabinet section needs outlets and confirm there’s a nearby wall receptacle.
• Hold the strip under the cabinet and mark screw holes with a pencil.
• Drill pilot holes if needed and screw the mounting brackets or strip into place.
• Route the cord along the underside and side of the cabinet using adhesive clips or a raceway.
• Plug into a properly grounded outlet, preferably one protected by a GFCI upstream.

Always follow the manufacturer’s instructions, and don’t overload a single kitchen circuit with too many large appliances.

Hardwired under-cabinet outlets: when you must call an electrician

Hardwired bars, modular rails, and new receptacle locations should be installed by a licensed electrician. You should call a pro if:

• You’re adding new circuits or moving existing ones.
• You’re cutting into walls or cabinets to run conduit or cable.
• You’re unsure how local electrical codes apply, especially around sinks and islands.

The electrician can also advise on how many circuits your kitchen really needs based on your appliance lineup and cooking style.

Placement tips to avoid water, heat, and cooking splatter

Good placement helps both longevity and safety:

• Keep strips out of direct splash zones near sinks; favor cabinets a bit to the side.
• Avoid mounting directly above a range or cooktop where steam and grease rise.
• Leave enough cord slack that you’re not pulling the strip loose when plugging in appliances.
• Mount outlets slightly toward the back of the cabinet to reduce exposure to splatter.

Hiding cords and mounting hardware for a seamless look

A few small tricks can make your new strip nearly invisible:

• Use white or cabinet-colored cable raceways along the underside and down the wall.
• Route cords behind appliances where possible.
• Choose strips with screw covers or paintable mounting clips.
• Line up multiple strips on the same visual axis so they look intentional, not random.

Setting Up Wi‑Fi, Voice Control, and Automation

Connecting your strip to Alexa, Google Assistant, or Siri

Once the strip is physically installed:

• Download the manufacturer’s app and create an account.
• Put the strip in pairing mode (often by holding a power button for several seconds).
• Connect to your 2.4 GHz Wi‑Fi network; avoid guest networks that block device-to-device communication.
• Link the strip’s app to your voice assistant (e.g., enable the Alexa “skill” or add the service in Google Home or Apple Home).
• Rename outlets and groups to match how you speak: “Coffee Maker,” “Toaster,” “Under-cabinet Lights.”

Creating kitchen routines (coffee maker, lights, and speakers) on schedules

With the strip online, you can create useful daily automations:

• Turn on the coffee maker outlet at 6:45 AM on weekdays.
• Power up under-cabinet LED strips and a smart speaker when you say “Good morning.”
• Automatically turn off the coffee bar and small appliances at 10:00 AM to prevent them sitting on all day.

You can do this either in the manufacturer’s app (schedules and timers) or in your voice assistant app as part of a larger home routine.

Using scenes for cooking, entertaining, and nighttime modes

Scenes let you set multiple outlets at once for different activities:

• Cooking scene: Turn on task lighting, plug-in range hood booster, and recipe display tablet charger.
• Entertaining scene: Power up accent lighting, speakers, and a plug-in beverage fridge.
• Nighttime scene: Turn off everything except a low-level night light near the sink.

Assign a short, easy-to-remember voice command for each scene, or trigger them from your phone with one tap.

Remote control and away-mode for safety and energy savings

Remote control is about more than convenience:

• Double-check that you didn’t leave the coffee maker or kettle plugged in while you’re already at work.
• Turn off non-essential outlets when you’re traveling for a few days.
• Simulate occupancy by turning certain lights or speakers on randomly via “away” routines.

This also helps reduce phantom loads from chargers and gadgets that otherwise sit powered 24/7.

Safety Considerations in the Kitchen

GFCI, moisture concerns, and code-related basics

Anywhere near water, shock protection matters. In many regions, kitchen countertop circuits are required to be protected by a Ground-Fault Circuit Interrupter (GFCI). If you plug your under-cabinet strip into an existing GFCI receptacle, it will typically inherit that protection. For background on how residual-current protection works, see this overview of residual-current devices.

General safety tips:

• Don’t mount strips where they’re likely to be directly sprayed or soaked.
• Unplug and replace any strip that shows signs of damage, discoloration, or melted plastic.
• Keep cords intact—no pinched, frayed, or taped-together cables.

Avoiding overloads with high-wattage appliances

Kitchen appliances can draw a lot of power. To stay safe:

• Check the amperage rating on the strip (often 15 A) and on each outlet circuit.
• Avoid running multiple high-wattage appliances (toaster, air fryer, microwave) on the same strip simultaneously.
• Use dedicated wall outlets for the biggest loads whenever possible.
• If breakers trip frequently, talk to an electrician about adding circuits rather than pushing an existing one harder.

Best practices for extension cords, daisy-chaining, and surge protectors

Power strips are not meant to be daisy-chained. To stay within safe practices:

• Plug your smart under-cabinet strip directly into a wall outlet—no extension cords in between.
• Don’t plug another strip or surge protector into your under-cabinet strip.
• Replace older surge strips every few years; their protection components can wear out after multiple surges.

Decluttering Your Smart Kitchen Counters with Better Power Management

Replacing countertop chargers with under-cabinet USB and USB-C

Under-cabinet USB and USB-C ports let you retire the pile of random chargers on your counter:

• Hang a short USB-C cable directly from the underside of the cabinet for quick plug-ins.
• Use Velcro or cable clips to keep charging leads near “their” devices (for example, a cable near the recipe tablet spot).
• Standardize on a few high-quality cables instead of a dozen low-quality freebies.

Organizing cables for tablets, phones, and recipe displays

A few organizational tweaks go a long way:

• Use small cable clips under cabinets to create “parking spots” for cables when not in use.
• Route tablet charger cables behind a stand so they don’t droop across the backsplash.
• Label USB ports in your app (e.g., “Kitchen Tablet” or “Phone Dock”) so you can see what’s plugged where.

Creating dedicated charging zones away from prep areas

Try to separate “charging zones” from heavy prep areas:

• Place a smart under-cabinet strip near a corner or end cabinet where you rarely chop or handle raw food.
• Keep knives, raw ingredients, and messy tasks closer to the main work triangle.
• Use that dedicated zone for a smart display, recipe tablet, and family charging hub.

This keeps devices out of the splash zone and makes the kitchen feel more organized.

Alternative Under-Cabinet Power Solutions to Consider

Pop-up smart outlets in islands and peninsulas

For islands and peninsulas where there are no upper cabinets, pop-up outlets are a smart alternative:

• They stay flush with the counter when not in use.
• Many include USB ports and can be powered through a smart switch or smart plug for automation.
• Some are rated for damp locations and designed specifically for kitchens.

Magnetic and modular power tracks under cabinets

Modular tracks mount under cabinets, then accept plug-in modules that can be moved as your needs change:

• Add outlets, USB chargers, and even wireless charging pads exactly where you need them.
• Rearrange modules later without calling an electrician.
• Connect the entire track to a smart switch or smart outlet to add voice and app control.

Integrating power into under-cabinet lighting systems

Some under-cabinet lighting systems now bundle power and light in the same channel:

• Continuous bars provide both LED lighting and outlets along the run.
• You can control both with the same smart switch, motion sensor, or voice routine.
• This creates a very clean, unified look but is best planned during a remodel.

How to Choose the Best Smart Under-Cabinet Power Strip for Your Kitchen

Matching outlet layouts to your appliance habits

Start by looking at how you actually use your kitchen:

• List your most-used plug-in appliances (coffee maker, toaster, blender, mixer, etc.).
• Decide which ones need permanent spots vs. occasional use.
• Count how many devices will be plugged in at once in each area.
• Choose a strip configuration that fits those patterns (for example, 4 AC outlets for the coffee bar, 6 for a multi-appliance cooking zone).

Balancing aesthetics, features, and budget

Next, decide where you’re willing to compromise:

• On a tight budget: Prioritize safety (surge and overload protection) and basic Wi‑Fi control; skip advanced energy monitoring.
• Design-focused: Choose low-profile strips, cabinet-matching colors, and neat cable routing, even if that means fewer ports.
• Automation-focused: Pay extra for per-outlet control, energy monitoring, and strong app support.

Future-proofing with USB-C PD and smart home platform support

To avoid replacing your strip in a couple of years:

• Choose at least one USB-C PD port if you regularly charge newer phones, tablets, or laptops in the kitchen.
• Prefer models that support common smart home platforms (Alexa, Google, Apple Home, Matter) so they’ll integrate easily with future devices.
• Leave some spare outlet and USB capacity—you’ll almost always add another gadget later.

By balancing these factors, you can confidently choose the best smart under cabinet power strip for kitchen use in your home—one that keeps counters clear, devices powered, and automations running smoothly.

Frequently Asked Questions

Are smart under-cabinet strips safe near sinks and cooktops?

They can be safe if installed thoughtfully. Mount them on cabinets that aren’t directly over the sink or cooktop, and plug them into GFCI-protected circuits where required. Avoid locations where they’re likely to get wet or coated with heavy grease, and replace any strip that shows signs of damage.

Can I control individual outlets on a smart strip?

Many smart strips allow per-outlet control, but not all. Check the product description; it will usually say “individual outlet control” or show separate toggles in app screenshots. If this matters to you—for example, to control the coffee maker separately from under-cabinet lights—make it a must-have feature.

Will a smart power strip increase or decrease my energy usage?

The strip itself uses a tiny amount of standby power for Wi‑Fi, but you can usually save more by scheduling devices to turn off when not needed. Turning off chargers, coffee makers, and accent lighting automatically at night or when you’re away typically results in net energy savings.

How many smart outlets do I really need in a typical kitchen?

Most households do well with 1–2 smart strips or under-cabinet zones in the main prep area and coffee station, plus a few smart plugs or smart switches elsewhere. Aim to cover your highest-use areas: wherever you consistently plug and unplug multiple devices or want automation, such as the coffee bar and main work counter.

Do smart under-cabinet strips work if the internet goes down?

In most cases, the physical buttons on the strip still work, and schedules stored locally on the device will continue. App control from outside your home and some cloud-based automations won’t work until the internet is restored, but basic on/off functionality remains available.