power efficient Lighting Solutions

As the pressure piles on to save energy, cut carbon footprints and commonly go as green as potential to save the planet, we all need to be able to recommend customers on the best way to perform vigor efficiencies.

There are a lot electrical fittings can do to help customers save vigor by choosing the right lighting solution. Not only will this benefit the customer, but it also provides you with an occasion to grow your business.

Day Light Savings

If you were to put a checklist together for vigor rescue measures, lighting has to be at the top of the list for the straightforward think that it accounts for 20% of all electrical vigor usage.

Certainly homeowners finding to sell their property will need to look at the vigor efficiency of their lighting: the vigor doing Certificates (Epcs) required as part of Home information Packs (Hips) include lighting. While for owners of older properties, improving the efficiency of the lighting may be one of the easiest ways to make a start on improving their home's vigor rating.

For industrial properties, lighting accounts for 50% of all vigor usage. And with Epcs for industrial premises due to come into force from April next year, vigor efficient lighting solutions will by all means; of course be under the spotlight in 2008.

Incandescent lamps waste 95% of the vigor they consume as heat. If that weren't enough argument to look at alternatives, the fact that the Eu plans to ban Gls lamps from 2009 is going to force the issue. There is, in fact, already a huge ask for vigor efficient covenant fluorescent lamps (Cfl) to replace incandescents, which is bringing the price down.

There are still many misconceptions about low vigor lamps: habitancy often think they take too long to light up, they can't be dimmed or they flicker and that they are more expensive. While that may be the case with cheap products, good quality brands now deliver lamps that will last up to 15 times longer than approved incandescent lamps and consume up to 80% less energy. One thing you can reassure your customers is that technology and aesthetics are improving all the time and there are now low-energy alternatives to fit all lights with E14 and E27 type lamps.

Energy rescue halogen lamps offer another light source. These will often retrofit into existing lamp holders and offer vigor savings of up to 65% compared to incandescents and 30% over existing halogen lamps. They yield a dimmable spicy white light, which many habitancy prefer to the light yield from Cfls.

In industrial premises, the opportunities for savings are commonly higher. Fluorescent luminaires account for 80% of lighting on industrial premises and are commonly used because they concentrate high luminous yield with low power consumption. Simply replacing T12 and T8 halophosphor tubes with triphosphor fluorescents could save up to 30% in vigor terms. They also have a longer life, higher lumen maintenance over time and good colour rendering.

Well designed light fittings can boost vigor savings further. By focussing the light where it is needed you need fewer lamps and, when designing a lighting system, using ceilings, walls and floors to reflect light can additional cut the estimate of luminaires needed. More savings - up to 20% - can be achieved by changing from approved switch start operate gear to high frequency. This gives a flicker-free start and lighting, self-acting shutdown of failed lamps and silent operation. High frequency operate gear also needs less maintenance as it is all in one unit.

Other straightforward steps that can cut down on the vigor consumed by lighting include fitting dimmers or time lag switches but, for real savings, we should look at more sophisticated types of lighting control. In just about every family there is at least one member who doesn't seem to realise that light switches have an 'off' as well as an 'on' function and in offices it seems to be taken for granted that lights will be on all day, every day, regardless of occupancy.

If habitancy won't turn off the lights, setup a principles that does it for them. Pir occupancy sensors switch lighting on or off and can be hard wired into whether the luminaires or the marshalling box that supplies power to a group of luminaires.

This alone can save vigor but go one step additional and you have an occupancy principles that incorporates a photocell that switches the lighting off if there is enough natural light ' or, with a digital lighting operate system, one that enables luminaires to dim up and down in response to changing light levels. Digital operate systems can perform vigor savings of up to 70% and they maximise lamp life because rather than turning off in response to spicy daylight, they just dim down to about 10%.

We all recognise the need to save vigor and with some of these straightforward steps we can help customers reap the benefits of going green.

power efficient Lighting Solutions