LED Shed Lighting Guide: How to Light a Shed in Australia

The quick answer: to light a shed properly in Australia, work out your floor area in square metres, pick a target lux level for the work you do (roughly 40 to 80 lux for storage and movement, 200 to 300 lux for general work, and 400 to 500 lux for a bench or detailed tasks), then size your lumens with a simple formula. A typical 36 square metre double shed set up for general work needs around 10,000 delivered lumens. This guide shows the exact calculation, a size-to-coverage table, and how to choose a plug and play LED shed lighting system that stays bright for years.

How much light does a shed actually need?

Most sheds in Australia are under-lit. A single batten or a couple of old fluorescent tubes throw hard shadows, leave dark corners, and flicker in the cold. The fix is not simply "a brighter globe". It is choosing the right total light output for your floor area and the tasks you do.

Lighting designers measure light two ways. Lumens are the total amount of light a fixture produces. Lux is how much of that light actually lands on your work surface (one lux equals one lumen per square metre). You buy lumens, but what matters underfoot is lux.

Recommended lux levels for a shed

The Australian and New Zealand standard for interior lighting, AS/NZS 1680, sets recommended maintained illuminance levels by task. Use these as practical targets for the different zones of a shed:

• Storage, parking and general movement: around 40 to 80 lux. Enough to move safely and find things.
• General work, assembly and hobby tasks: around 200 to 300 lux. The right level for most home sheds and workshops.
• Workbench, fine assembly, detailing and inspection: around 400 to 500 lux. Reserve this for the specific zone where close work happens, not the whole shed.

These figures are guidance drawn from the task levels in AS/NZS 1680, not a fixed legal minimum for a private shed. If your shed is a registered workplace, check the current standard and any WorkSafe requirements for your state, because the safe level depends on the exact task being performed.

The shed lighting calculation (worked example in metric)

Here is the formula lighting designers use, simplified for a shed:

Lumens needed = (target lux × floor area in m²) ÷ light loss factor

The light loss factor accounts for two real-world losses: not all light from a ceiling fixture reaches the floor (some is absorbed by walls and the fitting), and every LED slowly dims over its life. For a typical shed with light-coloured or bare metal walls, a factor of 0.7 is a sensible, conservative allowance. Using it means your shed still hits target lux years later, not just on day one.

Worked example: a standard double shed

Take a common 6 m × 6 m shed used for general work:

• Floor area: 6 × 6 = 36 m²
• Target lux for general work: 200 lux
• Base lumens: 200 × 36 = 7,200 lumens
• Adjusted for real-world losses: 7,200 ÷ 0.7 = about 10,300 delivered lumens

So a 36 m² double shed needs roughly 10,000 to 10,500 lumens spread evenly across the ceiling to sit comfortably at general-work brightness. Note the word "spread". Ten thousand lumens from a single point in the centre still leaves dark corners. Even coverage is why linked hexagon panels work so well in sheds: the output is distributed across the ceiling rather than dumped in one spot.

Shed size to lighting coverage table

Use this table as a starting point. It assumes a 200 lux general-work target and the 0.7 light loss factor from the worked example above. For a bench or detailing zone, add dedicated task lighting to lift that area to 400 to 500 lux. For a storage-only shed, you can drop the target toward 80 to 150 lux and scale the lumens down accordingly.

Because every HEXA hexagon system is modular and links together, you are never locked in. Start with the configuration sized for your footprint, then add panels later if you extend the shed or want to lift the light level. For very large or high-roofed farm sheds, pairing a hexagon layout with LED floodlights is often the most cost-effective way to reach the lumens above.

Ready to match a kit to your shed? Browse the full HEXA shed lighting range or use the sizing guide on the shed lights page to find the system built for your dimensions.

Choosing the right colour temperature for a shed

Colour temperature, measured in Kelvin (K), changes how the space feels and how well you see detail.

• Warm white (about 3000K): cosy and yellow. Fine for a bar shed or a she-shed, but too dim-feeling for work.
• Neutral white (about 4000K): a balanced all-rounder for mixed-use sheds.
• Cool white (about 5000K to 6500K): crisp, daylight-like and the best choice for workshops, detailing bays and any shed where you need to see true colour and fine detail. This is the range most Australians want for a working shed.

HEXA hexagon systems let you select your colour temperature, so you can match the light to how the shed is used rather than settling for whatever a hardware-store globe happens to be.

IP rating, dust and unheated sheds

Sheds are harsher environments than a lounge room. Before you buy, think about three things:

• Dust: timber dust, grinding dust and general grime settle on and inside cheap open fittings, dimming them over time and creating a fire risk near heat. A sealed or well-enclosed fixture stays cleaner and safer.
• Damp and temperature swings: an uninsulated Aussie shed can swing from below 5°C on a winter morning to above 45°C under a summer roof, and condensation is common. LED handles cold starts far better than fluorescent tubes, which flicker and struggle to strike in the cold. Quality LED comes on instantly at full brightness in any weather.
• IP rating: the IP (Ingress Protection) number tells you how sealed a fitting is against dust and moisture. For a normal dry, closed shed, a standard indoor-rated fixture is fine. For a dusty workshop, an open carport-style shed, or anywhere exposed to splashing or the weather, choose a fitting with a higher IP rating suited to those conditions. If you are unsure about your shed, ask before you buy.

HEXA hexagon systems are designed for standard indoor shed and garage conditions. If your shed is exposed, wet or extremely dusty, tell the HEXA team about the environment so the right fixture is recommended.

Glare and even coverage: getting the layout right

Brightness is only half the job. Bad glare from a single fierce light source causes eye strain and casts hard shadows exactly where you are working. Two things fix it:

1. Spread the light. Several linked panels across the ceiling give flat, shadow-free coverage. This is the core advantage of a hexagon layout over one central batten.
2. Diffuse the source. A diffused LED panel is far more comfortable to work under than a bare, high-output bulb pointing straight down.

Mount fixtures across the ceiling rather than clustering them, keep bench zones directly lit, and avoid leaving any corner in shadow.

Honest talk about lumens

Lumen numbers on cheap imported lights are often optimistic, quoted at the LED chip rather than what leaves the fitting, and measured brand new before any lumen depreciation. Two "10,000 lumen" lights can perform very differently in your shed. What matters is delivered, maintained lumens over the life of the product, backed by a real warranty. That is why this guide builds in a light loss factor and why a genuine, long-life system is worth more than a big number on a box. When comparing options, weigh the warranty and the rated lifespan alongside the lumen claim.

Australian compliance: what RCM and EESS actually mean

Any mains-powered light sold and used in Australia must meet Australian electrical safety and electromagnetic compatibility rules. Two things prove a supplier is doing this properly:

• RCM certified: the Regulatory Compliance Mark shows a product meets the applicable Australian electrical safety and EMC requirements. It is the mark you should look for on any light entering an Australian shed.
• EESS registration: the Electrical Equipment Safety System is the national scheme for in-scope electrical equipment. HEXA Lighting is a registered Responsible Supplier under EESS, registration number E20062. That registration is a supplier-level commitment to Australian electrical safety, not a sticker.

Buying from an EESS-registered, RCM-compliant supplier matters most with imported lighting bought online, where compliance is often unverified. It is a genuine safety and insurance consideration for your shed.

Plug and play installation and warranty

HEXA hexagon shed systems are plug and play. They run from a standard 240V power point using a standard 3-pin plug, so you can light a shed without running a new hardwired circuit, which keeps the cost and the disruption down. The panels link together with precision adapters to form the layout your shed needs.

Every HEXA hexagon system is backed by a genuine 7-year warranty. The Classic hexagon range is rated for a 70,000-hour lifespan, while the RGB, RGBW and downlight ranges are rated at 50,000 hours. At a few hours of shed use a day, that is many years of reliable light before you would think about replacement.

Why buy shed lighting from HEXA

HEXA Lighting has specialised in hexagon LED systems since 2018 and is an Australian brand supplying sheds, garages, workshops and commercial spaces across the country. HEXA hexagon lighting has featured on The Block (Channel 9) and Australian Idol (Channel 7). Every system is RCM certified, EESS registered, plug and play, colour-temperature selectable, and backed by the 7-year warranty above. For a working Australian shed, that combination of even coverage, real compliance and a long warranty is what separates a proper lighting upgrade from another box of cheap globes.

Shop HEXA shed lighting systems, or explore related setups for a garage or workshop.

Shed lighting FAQ

How many lumens do I need to light a shed?

As a rule of thumb, multiply your shed floor area in square metres by 200 lux (a general-work target), then divide by 0.7 to allow for real-world light losses. A 36 m² double shed works out to about 10,000 lumens. Increase the target to 400 to 500 lux over a workbench, or reduce it to 80 to 150 lux for a storage-only shed.

What colour temperature is best for a workshop shed?

Cool white, around 5000K to 6500K, is best for working sheds and workshops because it is crisp and daylight-like, making detail and true colour easy to see. Use warmer 3000K to 4000K light only for a bar shed or living-style space.

Can I install shed lights without an electrician?

HEXA hexagon shed systems are plug and play. They run from a standard 240V power point with a standard 3-pin plug, so if your shed already has a power point you can set them up yourself. If your shed has no power at all, you would need a licensed electrician to install a power point first.

Are LED shed lights better than fluorescent battens?

Yes, for most sheds. LED starts instantly at full brightness even in the cold, does not flicker or hum, lasts far longer, uses less power, and does not contain the mercury found in fluorescent tubes. Fluorescent battens are slow to warm and struggle in unheated Australian sheds in winter.

How long do HEXA shed lights last?

The Classic hexagon range is rated for 70,000 hours, and the RGB, RGBW and downlight ranges for 50,000 hours. Every HEXA hexagon system also carries a 7-year warranty.

Are HEXA shed lights compliant in Australia?

Yes. HEXA hexagon systems are RCM certified against the applicable Australian electrical safety and EMC requirements, and HEXA is a registered Responsible Supplier under the Electrical Equipment Safety System (EESS registration number E20062).

What size hexagon system suits my shed?

Match the system to your footprint: a Single Garage Classic suits a small single-bay shed of around 18 m², a Double Garage Classic suits a standard 36 m² double shed, and Large Double or Triple systems suit sheds up to 60 m². Larger farm and workshop sheds can combine multiple systems or add LED floodlights. See the size-to-coverage table above.