WHY LED's?

Why you should choose LED lighting over and above any other kind of technology.

 

Energy Efficiency

Incandescent lights: A traditional string of 100 mini-bulbs might use 40 watts.

LED lights: The same length of 100 LEDs uses only 4–7 watts.

If you run your lights for 8 hours a day through December, LEDs might cost under £1 in electricity, whereas old bulbs could easily cost £8–£10+.

On large outdoor displays, this difference becomes huge — it’s the reason entire neighborhoods can go all-out now without a shocking energy bill.


Lifespan

Incandescent lifespan: Around 1,000–2,000 hours (roughly 1–2 seasons before burnouts).

LED lifespan: Typically 25,000–50,000 hours. That means if you only run them 6 hours per night during December, they could literally last decades.


Durability & Safety

Incandescents have thin glass bulbs and fragile filaments — one broken bulb often ruins a whole string.

LEDs are solid-state components, often encased in tough epoxy plastic, making them resistant to shocks, drops, and weather.

They generate very little heat. Incandescent bulbs could reach 135–150°C (hot enough to ignite dry tree needles or melt plastic decorations). LEDs stay under 40°C, so the fire risk is far lower.


 

 

Brightness & Color Quality

LEDs emit light directly in specific colors, instead of relying on painted bulbs or filters that fade.

They can produce deep blues, vivid reds, and natural warm whites.

Modern LED strings offer color-changing, dimming, and animation features through controllers or smart-home apps — something old bulbs could never do.


Environmental Impact

Lower power draw reduces demand on the grid (and therefore lowers carbon footprint).

Fewer replacements = less waste.

No toxic materials like mercury (used in some other lighting tech).


Design Flexibility

LEDs can be tiny — as small as a grain of rice — so you get fairy lights, micro-strings, rope lights, net lights, and programmable pixel lights for custom displays.

Because they use so little power, you can daisy-chain long runs together without blowing fuses.


 




SOUTH EAST ENGLAND

CT = Canterbury, Kent
BN= Brighton, East Sussex
BR = Bromley
CR = Croydon, Surrey
CT = Canterbury, Kent
DA = Dartford, Kent
KT = Kingston-upon-Thames, Surrey
ME = Medway, Maidstone, Kent
RH = Redhill, Surrey
SM = Sutton, Surrey
TN = Tonbridge, Ashford, Kent
TW = Twickenham, Middlesex
SG = Stevenage
MK = Milton Keynes
OX = Oxford
RG = Reading
GU = Guildford, Surrey
SO = Southampton
PO = Portsmouth
HP = Hemel Hempstead
AL = St Albans

LONDON

SE = South East London
SW = London (SW19, SW16, SW17, SW20) 
EN = Enfield
WD = Watford
HA = Harrow
UB = Southall
IG = Illford
E = London
N = London
NW = London 
W = London
WC = London
EC = London

EAST ANGLIA

CM = Chelmsford, Essex
RM = Romford, Essex
SS = Southend, Essex

MIDLANDS 

LN - Lincoln
LE - Leicester
PE - Peterborough
WS - Walsall 
CV - Coventry
CB - Cambridge
LU - Luton
NN - Northampton

NORTH

NG - Nottingham
DE - Derby
DN - Doncaster
WF - Wakefield
DN - Grimsby
S - Sheffield
HU - Hull 
S - Chesterfield
M - Manchester
HD - Huddersfield
LS - Leeds
YO - York (please call as not areas are covered).