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EcoStar LED Floodlight

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FOR A GREENER FUTURE<br />

The CO2 carbon savings on the project<br />

would be about 890kg a year. However,<br />

when used with a generator, which a lot<br />

of halogen floodlights are, then it's far<br />

greater - about 1,700KG CO2.<br />

When it's complete it should make a<br />

compelling case for changing over!<br />

UPGRADE YOUR HALOGEN AND HALIDE FLOODLIGHTS TO<br />

OUR NEW <strong>LED</strong> ECOSTAR...<br />

OVER 80% DECREASE IN RUNNING COSTS<br />

A typical halogen floodlight will cost over £250* to run per year, while a 10W <strong>EcoStar</strong><br />

cost just £15* (see calculations)<br />

PAYBACK PERIOD IN 6 MONTHS<br />

With cost savings of over £200 per annum, converting to <strong>LED</strong> will pay for itself in less<br />

than 6 months<br />

ROBUST, SAFE AND VERSATILE<br />

Operates from 90V-240V offering a cool white, shadow free light and is safe<br />

for use in confided spaces<br />

OPTIONAL ACCESSORIES INCLUDE<br />

PIR sensor | 1.7M Tripod | 3.5M Tripod<br />

An example of how much can be saved by<br />

converting to the <strong>LED</strong> <strong>EcoStar</strong>:<br />

A typical 300w halogen fixed to the mains<br />

outside operating for 10hrs per day, 365 days a<br />

year will cost appox £255. This is before taking<br />

into calculation maintenance/replacement<br />

saving from <strong>LED</strong>. Halogen have a much shorter<br />

life and are prone to blow in power<br />

fluctuations (a common occurrence) while <strong>LED</strong><br />

is far more robust and benefits from a universal<br />

ballast. By converting to the <strong>EcoStar</strong> 30W you<br />

could reduce this cost to as little as £30 a year,<br />

saving over £220 - Which would cover the initial<br />

cost in less than 6 months!<br />

Note that the above savings are conservative, for example:<br />

They reflect ideal U.K. power generation conditions of maximum nuclear, gas and renewable energy grid contribution, whereas some other energy sources result in double or even triple the above CO2 savings. They are for just a single floodlight – for most installations these figures will be multiplied by<br />

a very substantial amount. Generator power calculations are based on large efficient units (20 to 200kVA). The savings for the widely used small petrol units (3 to 6kVA) are considerably greater. Financial savings do not include the greatly reduced maintenance costs associated with <strong>EcoStar</strong><br />

floodlights. Universal ballasts and cool running conditions (aluminium construction and thermally optimised design), ensure very long life with at least a ten fold increase in maintenance intervals compared with many conventional light units. All calcula tions are based on official/accredited sources<br />

and include UK government and Carbon Trust current published data. These figures are based on operating the lighting for 10 hours a day, 365 days a year.<br />

T: +44 (0)2392 389774 | sales@nightsearcher.co.uk | nightsearcher.co.uk

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