Hit 30–40 Foot-Candles: Kitchen Lighting Plan to Hand Your Electrician

A functional, stylish kitchen lighting plan uses three layers, ambient, task and accent, sized with simple measurements so counters hit task light bright enough for detailed work and the room stays warm and dimmable. The one non-negotiable piece is dedicated task light over counters, usually an under-cabinet LED strip or a focused pendant, because ceiling fixtures alone leave your hands working in shadow. Match colour temperature across every layer and put each circuit on a dimmer, and the rest of the plan falls into place.

TL;DR:

• Kitchen lighting should include three separate layers: ambient, task, and accent, each with specific brightness targets and switch controls for flexibility.
• Pendant sizes and spacing over islands are determined by simple calculations based on island length and width, with specific height and diameter guidelines.
• Consistent colour temperature in the 2700K to 3000K range and high CRI (90 or above) are essential to ensure visual harmony and accurate color rendering across layers.
• Proper wiring during renovation requires separate circuits for each lighting layer, with prior coordination on driver placement, circuit load, and code compliance to avoid costly retrofits.
• Avoid common mistakes such as relying on a single ceiling fixture, inconsistent colour temperatures, missing dimmers, and inadequate task lighting, which compromise both function and aesthetics.

Table of Contents

• Why layering matters and how to set brightness targets
• Matching fixtures to every kitchen zone
• Pendant sizing and spacing rules you can use today
• Choosing lumens, colour temperature and CRI
• Planning controls and wiring with your electrician
• Five mistakes to avoid and a one-page checklist
• How a renovation contractor turns the plan into a buildable scope
• What we've learned from planning kitchens this way
• How Y&CO Build coordinates kitchen lighting during a renovation
• Sources
• FAQ

Why layering matters and how to set brightness targets

Most kitchens fail on lighting for one reason: they rely on a single ceiling fixture to do three different jobs. Ambient light fills the room with general illumination. Task light gives you focused brightness where you chop, wash and cook. Accent light adds depth around open shelving, glass cabinets or artwork. Each layer has a different job, and skipping one shows up immediately, usually as a dim counter or a flat, shadowless room with no character.

Kitchens need roughly 30 to 40 foot-candles of ambient light and task light bright enough for detailed work on counters and islands. Task areas need nearly double the ambient level because your own body blocks overhead light while you work, casting a shadow exactly where you need to see a knife edge or a stovetop.

A layered approach with ambient, task and accent lighting is the standard recommendation for kitchens, and it avoids the shadowing that comes from depending on recessed ceiling lights alone. Once the layers are set, controls decide whether the room actually gets used the way you planned.

• Ambient light sets the base level and comes from recessed downlights, flush mounts or distributed ceiling fixtures.
• Task light targets counters, the sink and the stove, typically through under-cabinet strips or island pendants.
• Accent light highlights shelving, art or architectural details and adds visual depth after dark.
• Separate switching for each layer lets you brighten the room for cooking and dim it for dinner without one setting fighting another.

Wire ambient, task and accent onto separate switches from the start. Retrofitting separate circuits after drywall is closed up costs far more than planning them during the renovation.

Matching fixtures to every kitchen zone

Each zone in a kitchen has a different job, so it needs a different fixture. Buying based on style alone, without checking scale and placement, is how homeowners end up with a beautiful pendant that lights the ceiling instead of the counter.

The island is usually the visual anchor of the room and gets the most attention. Pendants in a row work well over islands longer than about six feet, giving even light and a repeating rhythm. A single linear suspension fixture suits a narrower or more contemporary island, running the full length without visual clutter. A mini chandelier or lantern-style fixture fits a more traditional kitchen, but only when the island is wide enough to give it breathing room on both sides.

Perimeter ambient light usually comes from recessed downlights spaced evenly across the ceiling, though a kitchen with lower ceilings or an older structure sometimes does better with surface-mounted flush fixtures distributed across the room. Under-cabinet lighting belongs on every run of counter with upper cabinets above it. A continuous LED strip, rather than isolated puck lights, is the preferred approach for shadow-free, even coverage across the counter, since gaps between pucks leave dark bands right where you're cutting vegetables.

The sink deserves its own fixture, whether that's a dedicated downlight or a pendant positioned so it doesn't collide with an open cabinet door above. Open shelving and glass-front cabinets take low-heat accent strips, positioned with enough clearance that nothing sits close enough to warm up food packaging or finishes.

Before you order anything, measure:

• Ceiling height at the island and at the perimeter, since sloped or coffered ceilings change hang height.
• Island length and width, which determines pendant count and fixture diameter.
• Clearance between the counter and the underside of upper cabinets, for under-cabinet strip placement.
• Distance from the sink centreline to the nearest cabinet or window, to confirm a pendant will clear the swing of a window or door.

Pendant sizing and spacing rules you can use today

Pendant placement is one of the few parts of a kitchen lighting plan you can size with simple math instead of guesswork.

1. Count pendants by island length. A four-foot island usually takes two pendants, a six to eight-foot island takes two or three, and anything longer than eight feet often works better with a linear suspension fixture instead of a row of pendants.
2. Space pendants 24 to 30 inches apart, centre to centre, and keep the outermost fixture about six inches in from each end of the island so the light doesn't crowd the edge.
3. Hang pendants 30 to 36 inches above the countertop. For ceilings taller than eight feet, add roughly three inches of hang height per additional foot of ceiling so the fixture doesn't look stranded near the ceiling.
4. Size the fixture diameter to roughly one-third of the island's width, so a 36-inch-wide island suits a 12-inch pendant rather than an oversized 20-inch dome.
5. Use the offset formula for end placement: divide island length by four to find how far each end pendant sits from the island's edge.

Pro Tip: Tape the pendant's actual diameter onto the ceiling with painter's tape before you order, then stand at the sink and stove to confirm nothing blocks your sightline.

These spacing and hang-height ranges come from residential lighting practice, and they hold up whether the island is a compact seven-footer or a twelve-foot slab in an open-concept kitchen.

Choosing lumens, colour temperature and CRI

Foot-candle targets are the starting point, but the fixture spec sheet talks in lumens, so you need to translate one into the other. A rough guide is that reaching task light bright enough for detailed work on a standard counter run takes several thousand lumens spread across the length of the counter, which is why continuous LED strips outperform a couple of widely spaced puck lights of the same total wattage.

Stick to one colour temperature range across the whole kitchen, ideally 2700K to 3000K, and never let two layers drift more than 200K apart. A kitchen with 3000K recessed lights and 4000K under-cabinet strips looks mismatched almost immediately, even with expensive fixtures, because the human eye is sensitive to colour shifts in the same room.

• Choose 2700K to 3000K for a warm, residential feel that flatters skin tones and wood finishes.
• Look for a CRI of 90 or higher so food colours and cabinet finishes read accurately under the fixture, not washed out or shifted.
• Confirm LED driver and dimmer compatibility with your electrician before ordering, since mismatched drivers cause flickering or a limited dimming range.
• Keep every layer, ambient, task and accent, within that same 200K band so nothing looks like an afterthought.

Not every LED fixture dims the same way, and a driver rated for one dimmer brand can flicker or buzz with another. That single compatibility check, done before fixtures are ordered, prevents a return trip to the supplier after installation.

Planning controls and wiring with your electrician

Controls decide whether a good lighting plan actually gets used well. Ambient, task and accent should each land on a separate switch, and every one of those switches should be dimmable where the fixture and driver support it. A bright cooking session and a relaxed dinner need two different lighting setups, and that only works if the layers can move independently.

Bring a few specific questions to your electrician early, before walls close up:

• Ask whether the total circuit load supports long LED strip runs, especially on a large island or a full perimeter of under-cabinet lighting.
• Confirm where drivers or transformers for low-voltage strips will sit, since they usually need an accessible location rather than a sealed cavity.
• Raise Canadian Electrical Code Section 30, which covers installation, wiring, protection and control requirements for luminaires, including IC and non-IC recessed fixture spacing and connection rules.
• Ask about extra-low-voltage lighting system requirements if you're running LED tape on a separate low-voltage circuit, since those systems have their own rules within the same code section.
• Plan receptacle and branch-circuit layout along the counters early, since updated code guidance affects how outlets and circuits are distributed through a kitchen footprint.

None of this needs to happen on-site during a walkthrough. It works better as a short conversation before the electrical rough-in, when moving a switch box or adding a circuit still costs almost nothing.

Five mistakes to avoid and a one-page checklist

The same planning mistakes show up repeatedly in kitchen renovations, and every one of them is avoidable before fixtures are ordered.

1. Single-source lighting, where one ceiling fixture is expected to handle ambient, task and accent duty at once.
2. Wrong pendant height or scale, either hung too high to do any work or sized too large for the island beneath it.
3. Mixed colour temperatures across layers, which makes an otherwise expensive kitchen look inconsistent.
4. Missing dimmers, leaving the room stuck at one brightness no matter the time of day.
5. Inadequate task lighting, usually skipping under-cabinet strips entirely and lighting counters only from above.

Before drywall closes, tape fixture outlines on the ceiling and stand at the counter, sink and stove to check sightlines and shadow patterns. It takes fifteen minutes and catches problems that are expensive to fix later.

How a renovation contractor turns the plan into a buildable scope

A lighting plan only holds up if it survives contact with joists, existing switch boxes and the rest of the electrical rough-in. A renovation contractor can act as the single point of contact through that process, taking field measurements, coordinating with the electrician and checking costs against the budget as decisions get made rather than after the fact.

On-site checks typically include locating joists for recessed can placement, confirming existing switch box locations against the new layout, checking service panel capacity for added circuits, and taping mock-ups on-site before anything gets installed. Extra budget commonly comes up for LED drivers, relocated switches or an added circuit for a longer under-cabinet run. Catching those needs during planning, rather than mid-installation, is what keeps a kitchen renovation from generating a string of change orders.

What we've learned from planning kitchens this way

Homeowners tend to shop for lighting the way they shop for furniture: by look first, function second. That order works for a lamp in a living room and fails in a kitchen, where the counter you're chopping on has to hit a brightness target, not just look good in a photo. The measurement-first approach in this piece, foot-candles, spacing, hang height, colour temperature, isn't about being clinical. It's about handing your electrician numbers instead of adjectives. Coordinate those numbers before the rough-in, and the lighting stops being a decorating decision made under pressure and becomes a plan that works the first time it's switched on.

— Cory

How Y&CO Build coordinates kitchen lighting during a renovation

Getting a lighting plan right on paper is one thing. Getting the electrician, cabinet maker and drywaller to execute it in the right sequence is another, and that coordination is where most kitchen lighting plans actually fall apart. Field measurements, electrician coordination and budget tracking can happen under one point of contact from the first site visit through completion.

If you're planning a full kitchen renovation and want the lighting layout handled alongside cabinetry, structural changes and every other trade, start with our full-home renovations page, or look at our renovation process to see when lighting decisions get finalized during a typical project. You can also see how lighting and cabinetry were coordinated on a past project on our Galley Avenue renovation page.

Sources

For deeper reading: the home lighting design guide, CEC Section 30 overview, and wiring device and cable management updates. For switch and fixture upkeep, see this guide to cleaning switches safely.

• Home lighting design guide (Natural Resources Canada / ENERGY STAR)
• Luxury kitchen lighting: layering and sizing guide (Miro Demi, 2026)
• Guide to the Canadian Electrical Code, Part 1i, 26th Edition – A road map: Section 30 (Electrical Industry)

FAQ

How do I design the lighting for my kitchen?

Start by planning three layers, ambient, task and accent, and set numeric targets before choosing fixtures: roughly 30 to 40 foot-candles of ambient light and task light bright enough for detailed work on counters. Measure your island and ceiling height, choose pendant count and spacing from those measurements, then confirm circuits and dimmers with your electrician before fixtures are ordered.

What is the current trend for kitchen lighting?

Layered lighting with warm, consistent colour temperature across every fixture, generally in the 2700K to 3000K range, remains the dominant approach for residential kitchens. Linear suspension fixtures over long islands and continuous under-cabinet LED strips are commonly specified in current kitchen plans in place of scattered puck lights.

What is the proper lighting for a kitchen?

A kitchen needs all three layers working together: ambient light for general illumination, task light bright enough for safe food preparation, and accent light for depth and mood. Counters and islands should reach task light bright enough for detailed work, roughly double the ambient level, because a person's own body shadows overhead light while working.

What are the trends in kitchen lighting for 2026?

Kitchens continue moving toward layered, dimmable lighting with matched colour temperature rather than a single bright ceiling fixture. Linear island fixtures, continuous under-cabinet strips and separate switching for each lighting layer remain the practical baseline for new kitchen plans.

Does the Canadian Electrical Code affect my kitchen lighting choices?

Yes. CEC Section 30 covers installation, wiring and control requirements for luminaires, including recessed fixture spacing and connection rules that affect how pot lights and low-voltage strips get installed. Raise these requirements with your electrician during planning, since some recessed fixture choices depend on IC or non-IC ratings tied to the ceiling cavity.