LED energy solutions – Norwich, Norfolk, UK

Warehouse Lighting For UK Businesses

Design, Supply and Installation

Warehouse LED Lighting

With modern LED high-bay and low-bay systems, legacy fluorescents are fast disappearing from UK warehouses. Today’s facilities prioritise safety, efficiency and uptime, LED optics, smart sensors and precise lux levels improve visibility in aisles and loading bays while cutting energy use and maintenance.

Start Saving On Warehouse Energy Costs

LED warehouse lighting replaces outdated fluorescent and metal-halide fittings with high-bay/low-bay systems that deliver even lux levels across racking aisles, picking zones and loading bays. Expect up to 60–70% energy savings, 50,000+ hour L80 life, low-glare optics (UGR-friendly), and IP65/66 durability. Add PIR/microwave motion sensors and daylight harvesting to cut costs in empty aisles, and integrate emergency lighting to BS 5266 for compliance. Not sure how many high-bay lights you need or what lumen level is best for a warehouse? Book a free lighting survey, lux plan and ROI report, we’ll size fittings to your ceiling height and layout, specify 4000–5000K, CRI 80/90 options, and handle full installation with minimal downtime.

UK compliance, lux levels & smart controls

LED warehouse lighting must hit UK standards for safety and productivity. We design to BS EN 12464-1 and CIBSE/SLL guidance (e.g., LG1: Industrial), with typical targets of 150–300 lux for bulk storage, 200–300 lux in racking aisles (strong vertical illuminance for labels), and 300–500 lux for packing/inspection. Glare is managed via UGR ≤ 22 and aisle optics; colour is specified at CRI 80 and 4000–5000K for clear visibility. Controls use DALI-2 or 0–10V with PIR/microwave occupancy and daylight harvesting to trim wasted energy. We also cover BS 5266 emergency lighting, signage and testing, then provide photometric layouts, lux plots and an as-built handover pack. Expect consistent light, lower bills and minimal maintenance.
energy-saving-control-modules

How Many High-bay Lights Do I Need?

A quick rule of thumb: start with your area × target lux ÷ lumens per fitting. For example, a 2,000 m² warehouse at 200 lux with 30,000 lm fittings needs ~13–14 fixtures per 1,000 m² (final count depends on optics and losses). Then refine by mounting height and spacing: at 8–10 m, space fittings at ~1.0–1.2× mounting height; at 12–14 m, 1.2–1.5× is typical. Aisle layouts benefit from narrow aisle optics to push vertical light onto racking labels. We’ll model this with a lux plan so you get even coverage without over-specifying.

High-bay Spacing & Mounting Height

Pick output and optics to suit ceiling height and task. At 8–10 m, 15–22k lm wide/aisle optics usually cover general storage; at 10–12 m, 22–30k lm with medium/aisle optics is common; at 12–14 m, 30-40k lm with tighter beams keeps lux on the floor and racks. Manage glare with UGR-aware optics and position fittings offset from forklift routes where possible. Add PIR/microwave sensors with time-outs and daylight harvesting for empty aisles, often the fastest route to big, measurable savings.

LED Warehouse Installation Benefits

OSHA requires warehouses with heavy equipment to have at least 2 lumens per square foot (foot-candles). Lumens are based on the wattage of light fixtures and the area size. LED high bay lights are perfect for warehouses with ceilings over 20 feet high. They’re designed to provide effective lighting at these heights. You’ll need the right brightness for your space—too much light could cause glare. A bright, crisp white light helps keep staff alert, ensures good visibility of stock and labels, and meets the recommended 150 LUX by the Chartered Institute of Building Services Engineers (CIBSE)

  • Improved Visibility: LED lights provide bright, uniform lighting that ensures workers can clearly see shelves, stock, and labels, reducing errors and improving safety.
  • Energy Efficiency: LEDs consume less power than traditional lighting, lowering energy bills while providing high-quality illumination.
  • Longer Lifespan: LED lights last much longer than other types, meaning fewer replacements and less maintenance in busy warehouse environments.
  • Reduced Glare: Properly installed LED lights reduce glare, which can cause eye strain and discomfort for workers, ensuring a more comfortable environment.
  • Durability: LEDs are resistant to vibrations and shocks, making them perfect for warehouses where equipment, carts, and pallets are in constant motion.
  • Consistent Light Output: Unlike other lights that can dim over time, LEDs maintain consistent brightness for longer, helping to maintain optimal working conditions.
  • Better Worker Safety: Proper lighting, including sufficient brightness and minimal shadows, helps prevent accidents and injuries by providing clear sight-lines and reducing the risk of trips or falls.
  • Lower Maintenance Costs: With their long lifespan and durability, LEDs require less maintenance, saving on labor and replacement costs.
  • Customisable Lighting: LEDs can be easily dimmed or adjusted, allowing for flexible lighting solutions that match the specific needs of different warehouse tasks or times of day.
  • Environmental Benefits: LEDs are eco-friendly, containing no toxic substances like mercury, and they help reduce the carbon footprint of the warehouse by using less energy.

Why choose LED Warehouse Lighting

Promoting Focus & Productivity

Improved Visibility

LED lights provide bright, uniform lighting that ensures workers can clearly see shelves, stock, and labels, reducing errors and improving safety.

Reduced Glare

Properly installed LED lights reduce glare, which can cause eye strain and discomfort for workers, ensuring a more comfortable environment.

Better Worker Safety

Proper lighting, including sufficient brightness and minimal shadows, helps prevent accidents and injuries by providing clear sight-lines and reducing the risk of trips or falls.

LED Warehouse Lighting; What to Choose & Why

Quick guide to the right luminaire for aisles, racking, packing and yards, built around safety, compliance and savings.

Best-fit LED options for warehouses
Type Best For Typical Energy Saving* Glare / Optics Notes & Benefits
UFO High-Bay LEDs (IP65/66) Open areas, bulk storage (8–14 m) ↑ up to 60–70% vs MH/fluorescent UGR-managed reflectors • medium/wide beams High output (20–40k lm), long life (L80 50,000h+), low maintenance
Linear Aisle High-Bay Narrow racking aisles, label visibility 55–70% Aisle optics • strong vertical lux Improves barcode reads, reduces spill light between aisles
Vapour-Tight Battens (IP65) Loading bays, workshops, damp areas 50–65% Diffused lens • low glare Sealed housing, quick-fit gear trays, easy clean
Floodlights / Poles Yards, perimeter, loading aprons 60–75% Asymmetric optics • glare control Photocell/timer options, rugged brackets, wide mounting range
Emergency LED (BS 5266) Escape routes, exits, open areas Up to 60% vs legacy Uniform, no glare spikes Self-test options, logbooks, annual certification
Sensor-Integrated / Smart Controls Variable occupancy/daylight areas +10–30% extra via controls Smooth dimming • no flicker PIR/microwave, daylight harvesting, DALI-2/0–10V, IoT dashboards
Cold-Store / Food-Grade Chillers, freezers, hygiene areas 45–65% Sealed optics • anti-corrosion Performs at low temps, shatter-safe options, easy-clean finishes
Impact-Resistant (IK08–IK10) Busy zones, low mounting heights 45–60% Shielded optics • glare caps Tough housings, reduces damage and downtime
*Savings vs typical metal-halide/fluorescent systems. Actual results depend on hours, controls and site conditions.
Book Your Free Warehouse Survey Get a tailored lux plan, energy report and ROI forecast.

Warehouse Lighting FAQs

From energy savings to UK compliance and retrofit timing, these quick FAQs cover the essentials for LED warehouse lighting. See how high-bay/aisle solutions cut costs, meet BS EN 12464-1 lux/glare targets and BS 5266 emergency standards, install with minimal disruption, and deliver long life with solid warranties, then book your free survey and tailored energy report.

How do I work out the right lux levels for my warehouse?

Start with task-based targets: 150–300 lux for bulk storage, 200–300 lux for racking aisles (good vertical illuminance for labels/barcodes), and 300–500 lux for packing/inspection. We then model this in a lux plan that factors ceiling height, reflectance, aisle width, and optics to hit the numbers without over-specifying.

Do I need sensors and which type works best in aisles?

Yes, controls are the fastest savings. Microwave or PIR sensors with time-out and daylight harvesting cut energy in empty aisles and near loading doors. DALI-2 or 0–10V control lets us group, dim and schedule fittings, often adding 10–30% extra savings on top of LED efficiency.

What’s the typical downtime during installation?

Minimal. We phase works by zone/aisle, use scissor-lift access and weekend or night shifts where needed. Old fittings are removed and recycled under WEEE, new LEDs are commissioned with sensors, and most sites stay operational throughout.

What specifications should I look for in warehouse lights?

For most UK warehouses: IP65/66 housings, CRI 80, 4000–5000K, glare-managed optics (UGR ≤ 22), and a verified lifetime of L80 50,000h+. Match lumen output and beam angle to mounting height (8–14 m) and task; consider impact ratings (IK08–IK10) for low-mount zones.