GU10 halogen bulbs

Halogen lighting has turned out to be massively prevalent in homes over late years, especially in kitchens and bathrooms. In spite of the fact that halogen lighting - especially low-voltage halogen - is more productive than obsolete brilliant globules, there has been an inclination to expand the quantity of fittings, prompting an increment in vitality utilization. On a late visit to a companion's home I included 21 knobs recessed the kitchen roof - they more likely than not been devouring no less than 20W every, prompting a base vitality utilization of 420W. No more energy to run twenty portable workstations!

As of not long ago there were couple of sensible low-vitality different options for halogen - minimal bright light bulbs are accessible for mains-voltage frameworks, on the other hand they have a tendency to be ease back to warm up, have an extremely diffuse yield, and not everybody prefers the shading tint of these globules.

Driven globules at long last transitioning

Driven globules have been around for some time, however the early models immediately picked up a (merited) notoriety for poor light yield, and a particularly "cool", verging on pale blue bar. Luckily LED innovation has entered gigantic limits in the course of the most recent couple of years as far as proficiency, force yield and shading interpretation, and the most recent models offer execution just as great as their comparable halogen globules.

We as of late overhauled our kitchen lighting as a feature of a noteworthy repair venture - the old lighting comprised of four 40W brilliant reflector lights, which cast an inconsistent and not extremely usable light on the worktops. In the wake of uprooting these we introduced a spotlight bar with six light fittings, into which we fitted Megaman LED GU10 bulbs (right).

Low power utilization, less bother

These LED globules utilize 7W each, and arrived in a warm-white shading - to my eyes the yield is as close as indistinguishable in shading to a decent fresh halogen knob as has no effect. The pillar created is a wide delicate edged spot - the six lights together gave a lot of light to enlighten all the work surfaces, organizers, apparatuses and so on along three sides of the room. Not just is the light yield far better than the old setup, the new globules utilize one and only quarter of the force altogether.

Another huge point of preference is the long existence of LED bulbs - this model is evaluated for 25,000 hours, contrasted with 1,000 hours for the first reflector knobs. To be sure, those globules blew very often - beside the bother included with discovering substitutions, the glass generally isolated from the base of the knob when you attempted to unscrew them, abandoning you to need to remove what was left with a couple of pincers. Accepting we utilize the kitchen lighting for around three hours a night by and large, we can anticipate that these new knobs will keep going for well more than 20 years.

Costly to purchase yet modest to run

On the drawback, these globules are physically more than standard GU10 halogen bulbs, so may not fit flush into every single recessed fitting (albeit longer fittings are accessible), in addition to they don't exactly have the bar spread or fringe spill of the halogen surge globules in numerous recessed fittings - in this way these are more qualified to directional tracklights, bars and other non-recessed fittings. Luckily there are different makes of LED bulbs accessible that are suitable for recessed fittings.

As of not long ago another burden was buy taken a toll - at around £30 a pop these globules weren't modest, however costs have descended rapidly and you can now discover these for £12 in the event that you search around. At this value they will pay for themselves in well under 3 years (accepting 3 hours' utilization a day), after which you will spare about £5 a year for every knob in power and substitution globules. What's more, obviously it's truly conceivable you'll never need to purchase another substitution bulb...!

In the event that you are arranging a low-vitality renovation of your home then SheerLED are one of few really autonomous vitality consultancies - we offer exhaustive household vitality appraisals, warm imaging administrations, renewable vitality overviews and all the more plus, all with the point of helping you focus on your upgrades successfully. We don't offer items, nor do we get commission from outsiders so you can believe our recommendation to be totally fair-minded.

LED vs Halogen

LED vs Halogen

I had to replace some 50W GU10 halogen bulbs. I though it could be time to check if it would be reasonable to go to use LED bulbs. I did a year or so similar checking, and at this time it did not feel reasonable because reasonably prices LED bulbs gave considerably less lights out than the original bulb and the only few that would nearly match the original light output were very expensive.

Nowadays the market seems have updated to a point where LED seems to be reasonable. There is wide variety of reasonably priced LED light bulbs on the market. And it seems to be possible to find reasonably priced bulb that gives out around same amount of light as the original 40-50W halogen bulb. But I need to understand the specifications that I really get what I want.

Look at the Lumen value when you’re buying a bulb. The higher the rating the brighter the light! A standard 50W halogen lamp outputs 400 lumens so you probably need a 4-5W LED bulb with very efficient LED. With some slightly less efficent LEDS 7 or 10 watt LED will give a similar light to a 50 watt halogen. But just looking at the watts on the LED bulbs does not tell the light output because different LED types have different light output at same input power. Look at the Lumen output the LED bulb gives.

It is possible to get same amount of light than with original halogen if you pick right product. Here is a video that shows that Dauer 5W Cree XPE Chip Based GU10 lamp can give out 20% MORE light than does the 50W Halogen lamp (and uses just tenth of energy):

GU10 LED explained

LED’s are becoming an increasingly popular form of lighting in the home for several reasons.The cost of living has increased considerably in recent years, in particular heating and lighting a home. As a result housholds and businesses around the country are looking to become more energy efficient. The days of traditional incandescent light bulbs are coming to an end with new lighting options such as GU10 LEDs.

GU10 LED bulbs

GU10 LED bulbs are extrmley energy efficient and reliable. They consume less than 4.5w of energy compared to its 50w incandescent equivalent. This makes it hugely cheaper to run and is significantly more environmentally friendly.
You will also find that with LED there is a fantastic range of lighting options. For example this GU10 LED is available in warm white, white, cool white, daylight and cool daylight. This gives you as a homeowner or business to have great control of the lighting environment you live or work in.

What makes the GU10 so energy efficient

The reason LED lights such as the GU10 are so energy efficient compared to incandescent or halogen bulbs is because they don’t generate heat as part of the illumination process. LEDs don’t have a filament, so not only can they not burn out, but they don’t waste any energy when producing light.
In an incandescent bulb, electric current runs through the filament, heating it up until it glows and produces light. All of the heat produced is a complete waste of energy, as the point of incandescents is illumination, not heat production.
LEDs produce light via the movement of electrons in a semiconductor material, so it’s an entirely different process. Almost no energy is wasted in light producing LEDs, with nearly all the electric current going toward the production of light.

LED Lighting

SheerLED LED Lighting

SheerLED LED Lighting

Welcome to SheerLED, LED Lighting where we help consumers to understand better how to take advantage of home energy savings, creating a greener footprint and implementing great design ideas with LED bulbs for the home.  We will also provide information on the best places in your location to find Light-Emitting Diode bulbs in your particular geographic area.

A Resource on LED’s

LED solutions are garnering international acknowledgement due to their energy saving capacities, extended service life as well as the capacity to lessen carbon emissions.
LED lighting can provide years of stable light, and there are many new trends being implemented like color lights, wi-fi controlled lighting and great home design ideas.

When Will We be Up and Running

If you require a resource on LED lighting or bulbs we are setting up an area on what to look for when buying LED lights.  For now, we hope you enjoy this top 10 list of why you should make the switch to LED Lighting.

Stay Tuned

In the very near future, we will be updating you on a lot more information regarding LED lightingfor your residence.

Color Changing LED Bulbs

LED Color Changing LED Bulbs

The utilization of shading changing Light Emitting Diodes (LED) is one of the most ideal approaches to "tidy" you're home. Driven shading changing knobs brag of a lot of components. While we are living during a time where the vast majority expect more from lights, it's sheltered to say that these LED BULBS have made it quite recently at the last possible second. They may not come modest but rather legitimately so; great innovation surely accompanies a cost to pay. Driven's paying little respect to whether they are single or numerous shading globules, pay for themselves over the long haul.

Driven shading changing knobs are pretty much as cutting edge as some other sort of LED's yet their particular elements and innovative twists make them the absolute most one of a kind among LED lights.

Driven shading changing lights ought to be the most noticeable lighting alternative for any customer. Any semblance of the 5W LED RGB globule and the E27 LED lights are incredible at changing shading and enlightening.

Truly, they are a great deal of amusing to play with. With all the fervor that accompanies the globule, it's absolutely simple to disregard their center usefulness. Driven LED shading changingBULBS make the best of circumstances where the most striking hues are very essential. These shading changing LED's make a stunning showing, after every one of their hues are unquestionably overwhelming.

Driven knows too well about the assembling of great items, thusly, their shading changing LED globules give you an individual decision for home robotization. While LED hues can be a bit hard to characterize every once in a while, the LED shading changing globules delineate their exactness on a light spectrometer. The uplifting news is that you don't even need a chromacity chart to reveal to you the distinction between the assortments of shading evolving globules.

Albeit shading changing LED's are a fresh out of the plastic new item in the business, LED has thankfulness in their brains when making shading evolving LED's. The organization offers clear quality on the cool end of these evolving knobs. These globules are better in respects than imitating conventional tones of shading that were once controlled by radiant knobs.

It's prudent to think about the developing shading changing LED's as that best in class arrangement in a class that was doing admirably however the understudies were not by any means extraordinary. The shading changing Light Emitting Diodes is the "An" understudy; savvy enough to gain a passing review in an aggressive classroom while as yet emerging from the group all alone.

Driven shading changing knobs conveys on what it guarantees changing shading on interest. The shading changing knob pre-sets, wake-up light booking and closeness location among numerous different elements making the globules something out of a lighting paradise. Exactly who wouldn't need a remote controlled LED knob that accompanies sixteen shading pre-sets? Known as some of LED' most brainy knobs out there, these are the ideal answer for customisation. Their incredible shading capacity and essential on/off darkening abilities make the lights extremely effective.

50 Reasons Why You Should Be Using LED Light Bulbs

The principal benefits of utilising LED lights over traditional lighting solutions are well documented on the web.

Go ahead and make a Google search for “LED benefits” or “LED advantages” and you’ll receive a ton of content on why you should make use of the technology. The trouble is, all these lists say the same sorts of things – and they’re not particularly long either.

It was with this in mind that we decided to devise a comprehensive and exhaustive list that would blow any other resource out of the water. Here is a list of 50 (yes, fifty, five-zero) reasons why you should be using LED Lights.

Like our list? Go ahead and share it and spread the message of why LEDs are so great.

1. Because they require less energy to power, LEDS will save you electricity

2. Compared to incandescent bulbs, LED lights will save you around 80% of electrical power

3. In comparison with a halogen lamp, there is a 75% saving on electricity

4. They contain no hazardous solids, liquids or gases – which can be harmful to the environment

5. Used as automobile lighting, LEDs have been proven to help reduce the risk of car accidents in daylight hours by 15%

6. Because they produce a cold light, LEDs can be ideal for plant growth (Look! This infographic proves it!)

7. LED Lights are available in a number of different colours and shades that can define the style, setting and ambience you desire

8. There is no high-powered discharge that can have a detrimental effect on the eyes

9. LEDs use direct light meaning there is no light pollution

10. Used as a temperature gauge, LEDs can help you distinguish between hot and cold water

11. LEDs have no UV light, eradicating the possibility of skin damage

12. Used by your local council as lighting solutions, they will vastly improve the visibility on your roads 

13. Despite being cold to touch, LEDs offer a “warm” glow – much like their incandescent counterparts

14. They are easy to install – simply screw on

15. They are easy to uninstall (yes, that’s a separate reason!) – and won’t burn you

16. There is no need for excessive maintenance – once they’re installed, they won’t bother you!

17. LEDs have a thick epoxy which makes them incredibly durable and pretty much impossible to break

18. LED string lights have thicker wires – meaning they are less likely to get into a knotted mess

21. They have the ability to be dimmed

22. LEDs retain their true colours

23. They let you walk your dog in the dark (useful, right?)

24. LEDs don’t attract bugs and insects

25. They are silent and produce no annoying and distracting humming noises

26. While typically more expensive than a standard bulb, they are still very affordable and freely available

27. They save you money on your electricity bills

28. They can last up to 50,000 hours (that’s a long time)

29. LEDs last 2400% longer than regular halogen bulbs – which can be in advance of 40 years difference based on average use

30. They can help you build a light saber (and who wouldn’t want to do that?)

31. LEDs can be installed and utilised both inside and outside of the home with no affect on lighting quality

32. LEDs immediately switch-on with no warm-up time

33. The lights are fully operational in all types of weather conditions

34. They contain no harmful environmental pollutants like lead or mercury

35. They are recyclable

36. LEDs don’t emit Radio Frequency interference

37. They could help improve your eyesight in the future (ok, perhaps a little farfetched)

38. LEDs can help to save lives

39. The low voltage power supply associated to LEDs increases electrical safety

40. They are lightweight

41. They are much brighter than your traditional lighting solution and will improve visibility

42. They are more flexible, versatile and adaptable than traditional lighting

43. Used at Christmas time, LEDs can reduce a risk of a fire compared to standard Christmas lights

44. LED Light therapy has been known to alleviatea range of skin conditions

45. LEDs do not burn out like incandescent bulbs – their brightness slowly fades

46. As a homeowner, you will enjoy the convenience of not having to change a light bulb on a regular basis

47. You will save a projected cash outlay on purchasing a greater regularity of traditional lighting solutions

48. Most LEDs come with a two-year warranty – compared to a one-year warranty of standard lights

49. Because they are environmentally friendly, they lower your carbon footprint

50. Using LEDs will make you feel good! (You know, because you’re helping save the planet and all that?)

- See more at: http://sheerled.co.uk/

Top 3 Gu10 energy saving led bulbs

36 SMD Glass Covered - 6.5 Watt GU10 LED Bulb ( 65 W Halogen Replacement) 

These high quality GU10 energy saving LED bulbs are designed for domestic, commercial and retail lighting, and are a direct replacement for existing GU10 Halogen bulbs. Our 6.5 Watt GU10 bulbs feature 30 individual High Power 5050 SMD LEDs (highest quality chip) with a clear glass cover which produces a light output of an incredible 450 lumens. They are aesthetically and intelligently designed to significantly reduce energy consumption by up to 90% and deliver long life performance: matching and incredible maintenance free 35,000 hours of use. Our 6.5 Watt GU10 bulbs give out a huge 110 degree beam angle of light, and are designed to give the widest beam angle of any SMD bulb on the market. Also available in Daylight, Cool White and in Warm White, with an option for Dimmable or Non-Dimmable, Ecocrystal's SMD bulbs are the best on the market! 

3 Watt GU10 LED Bulb - Directional Beam Angle ( 32 W Halogen Replacement) 

Led gu10 3w bulb or 3 led gu10 bulb stands its ground with its low energy consumption and high performance.

• direct substitute for GU10 Halogen bulbs

• sharp 45 degree beam angle of light

• designed for home, commercial and retail purposes

• output 210 lumens

• decrease energy consumption by up to 90% and bring long life performance

• life span of 25000 hours

• investment on LED bulbs can be recovered within 6 to 9 months

• dimmable and non-dimmable option

• safe for environment and skin

- See more at: http://sheerled.co.uk/GU10LED/Buy-3-Watt-GU10-LED-Bulb-Directional-Beam%20Angle-LED-in-uk.php

4 Watt GU10 LED Bulb-SMD- Wide Beam Angle (47 W Halogen Replacement) 

Led gu10 3w bulb or 3 led gu10 bulb stands its ground with its low energy consumption and high performance.

• direct substitute for GU10 Halogen bulbs

• sharp 45 degree beam angle of light

• designed for home, commercial and retail purposes

• output 210 lumens

• decrease energy consumption by up to 90% and bring long life performance

• life span of 25000 hours

• investment on LED bulbs can be recovered within 6 to 9 months

• dimmable and non-dimmable option

• safe for environment and skin

- See more at: http://sheerled.co.uk/GU10LED/Buy-3-Watt-GU10-LED-Bulb-Directional-Beam%20Angle-LED-in-uk.php

.5W GU10 spot light in UK

We've added a new 600lm COB 5.5W GU10 spot light to our increasing LED lighting range. It is available in cool white, neutral white and warm white. The diameter of this spot light is 50mm x H60mm including pins (please make sure that your gimbal will be able to use this size). It's beam angle is 60 degrees and it's base is a GU10 format although we are able to provide is as a MR16 upon request.

This spot light is an ideal replacement for a 50W halogen dichroic spot light. 

The 5.5W COB GU10 LED spot light is only £6.96 including VAT. It comes with a 3 year standard warranty guarantee which can beextended to 5 years for free. Eden illumination also offers a 14 day money back guarantee on all LED lighting products. 

Free next day delivery is available for orders over £100 (Monday to Friday). Orders which are over £50 are eligible for our free 3-5 working day delivery service. For additional quantities, please allow 7-10 working days.

For more details on our new 5.5W COB GU10 LED spot light, click here.

7 Benefits of Using LED Bulbs

As compared to traditional lighting, light emitting diodes (LEDs) have been getting a lot of publicity for the benefits and advantages as far as energy efficiency goes. LED lighting is by far smartest solution as well as the most power saving compared to other illumination methods available in the industry. The LED revolution is a similar technology step up as going from analog to digital. This is why we at http://sheerled.co.uk/ are passionate about LEDs and offer a vast selection to fit your needs. Below are seven of the benefits of joining the LED movement.

1. Frequent Switching and Instant Lighting
LEDs are ideal for signal lights, traffic lights, and other infrastructures projects due to their ability to brighten up immediately when powered on. Plus, the LEDs light emission and lifetime remain unaffected no matter how frequently you switch them on and off. Frequent off and on switching drastically reduces the lifespan of traditional lighting, which also take a few moments to brighten.
2. Still Operates in Extremely Hot and Cold Environments
Under low outdoor temperature settings, LED are the perfect solution. Low temperatures may present a challenge and affect operation for fluorescent lamps. But, LEDs illuminate just fine in freezer rooms, winter settings, and other cold settings. The same as true for extreme heats.
3. No Ultraviolent Emissions
Close to no UV emissions and very little infrared light are produced by LED lights. Because of the little radiated heat emission, LEDs are highly suitable for materials and goods that are sensitive to heat. Also, it can serve as illumination in areas where UV sensitive objects are housed, such as an art gallery, archeological site, or museum.
4. Incredibly Energy Efficient
When compared to conventional light bulbs or traditional lighting, LEDs have an estimated energy efficiency of about 85 percent, making them the most efficient way of lighting and illumination. This means only about fifteen percent of the energy used to light an LED is wasted, while 85 percent goes toward producing light. With incandescent light bulbs, about 80 percent of the energy is wasted, usually in the form of heat.
5. Low Voltage
For LED lighting, you only need a very low voltage source. This is a big advantage when you need lighting in rural and remote area. This also means that you can use LED lights fairly easily in outdoor settings by hooking up a solar energy source.
6. Light Disbursement

LEDs can achieve a higher application efficiency than conventional lighting, since they can be directed to a specific location and are engineered to focus their light without the use of reflectors. Light can be delivered very efficiently to a desired locations with the best designed LED lighting systems.
7. Flexibility in Design
To produce highly efficient lighting, LEDs can be put together in any shape. Dimming of individual LEDs is possible to create a dynamic control of color, distribution, and light. The best LEDs can produce astounding illumination effects for the mood, the mind, as well as the eyes. Many different locations, such as classrooms and airplanes, are already using LED mood lighting.
As you can see, LED lights are some of the most cutting edge green building elements. Ready to get on board with the revolution? Stop by http://sheerled.co.uk/ to find out what LED solutions they have for your needs.
Photo: LED bulb isolated on blue background from Shutterstock

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LED Lighting Options

 NY for setting aside the time to share his aptitude in LED lighting and how proficiently you can inside light your yurt.

Ron's eagerness and information has been an awesome help to me in figuring out how distinctive globules influence lighting.

Don't hesitate to contact him specifically on the off chance that you have any inquiries from his post as he is lighting the path for us! - Dana

lumensAs dusks, your pit fire keeps the encompasses lit. Yet, inside, your home is dull. So how would you coordinate the ecological trustworthiness of your yurt and your qualities with your requirement for lighting? Incandescents smolder an excessive amount of vitality. Covered up or high force release lights can contain levels of mercury that you may need to evade. Conservative fluorescents are a decent decision yet far better if spending plans permit are AC LEDs and DC LEDs. Sun oriented lamps with batteries are likewise accessible.

Our brilliant lights are measured by watts. We know a 30 watt globule emits a bit light and a 60 watt radiates more. Watts are truly a measure of vitality utilized. Those neanderthal globules are vitality swines contrasted with choices. When you think about lights, a 60 watt globule gives 800 lumens. Lumens is the key term important to analyze the diverse globules for equivalent lighting limit. You might likewise need to take a gander at lit zone too since incandescents spread light and warmth in numerous headings squandering an extraordinary sum where LEDs can be extremely coordinated. Most stores have examination graphs so you can perceive what number of lumens a light speaks to, where it is best utilized, how it analyzes to the diverse lighting decisions, and what is the expense of responsibility for lifetime of a globule.

50 watt glowing is equivalent to 800 lumens

On the off chance that you are joined with the lattice, you can introduce customary AC lighting frameworks. In any case, you are a yurt individual. You need something economical that uses low power or sun oriented delivered force for lighting. The advancement of LED lighting has arrived without a moment to spare for your direction for living. You can run with LED surge lights outside, trail markers, indoor lighting and the sky is the limit from there. Presently you can have remote sun based controlled LED lighting with battery reinforcement or DC low voltage drove lighting with guarantees up to 7 years and lights that keep on working and work and work like the Little Engine that Could. The appropriation of these advances is occurring all through the US. Driving the way are organizations like ELFI Building Systems out of Chicago. They assemble super protected building envelopes yet try to give downright vitality sparing frameworks to their customers. www.elfiwallsystem.com

Renewable Rochester from Webster NY, has been fulfilling remote client lighting needs with sunlight based controlled drove lighting boxes. Every container is designed with the specific drove lighting necessity determined by the customer and the measure of implicit battery reinforcement. The length of you have daylight your battery will charge. You will have lighting when you need contingent on the nature of the sun powered board utilized. Renewable Rochester gives this to signage so customers don't need to burrow trenches and run costly link. It spares time, work, and obviously the vitality delivered is free. They have introduces at campgrounds, ski offices, ranches, and that's only the tip of the iceberg. In this example picture, this instructive model has the LED mounted right on top of the case. For units introduced for customers, the LED accompanies a length of link so it can be introduced up high on a post or on a building. You can utilize this to stamp trails into your yurt site or for lighting the quick range around the structure. The signage photograph demonstrates a genuinely amiable utilization of this framework for light amid the evening time.

solar2

Suppose you need a lot more mixed bag and outline issues fathomed. Here, Indianapolis based, Lumencache has an answer. Proprietor, Derek Cowburn, has made a DC controlled low voltage drove lighting framework with its own particular battery reinforcement with private outline flare. You needn't bother with network hookup as it can be controlled from a close planetary system or other force source. It is likewise planned with its own particular inverter so the framework proselytes to DC if needed. It is set up with ease class 5 or 6 PC wire. The voltage is so low there is no requirement for an authorized circuit repairman. The wires have PC closes that quite recently connect to the installations and order modules simply like you're PC. You can associate upwards of 20 LED clusters until the greatest voltage drop is come to. You can have overhead lights and table lights all through. The configuration of your light installations is boundless as lumencache can give a connector to make any Edison styled light a lumencache perfect apparatus. Dimmable lights are standard. High power and even shading changing drove lights are conceivable with this framework. On the off chance that you are truly living extravagant in your fantasy yurt, mechanized shades and fans can likewise be associated with this framework.

On the off chance that you are a tech nerd, this framework has gigantic control. You can diminish the lights with 4000 stages. Going gradually, every stride is not discernible. The diversion is to check whether you can diminish the lights without your accomplice acknowledging what is occurring. In the event that you are a super nerd, pretend you are Sean Connery and Catherine Zeta-Jones in Entrapment attempting to stay away from the movement sensors. In the event that it is the occasions and shaded lights snatch you, run with red green blue lumencache illuminating presences. Your yurt neighbors won't have a chance in out astonishing your blends.

Comparing light bulbs: upfront costs vs running costs

Do you know the difference in annual energy costs of an LED (light emitting diode) lightbulb and a halogen bulb? You probably know that halogens are cheaper to buy, and more expensive to run, but do you know how great that difference is?
I didn't, until I visited the SHEERLED stand at Ecobuild this year. What would you guess? Twice as much? Five times? Ten times more expensive? Well double it. Yes, the cost of lighting your house with halogens is twenty times as much per year as the cost of lighting it with LEDs.
The difference is not as great with CFLs (compact fluorescent lamps) but it is still four and a half times cheaper.
There are three elements to take into account when you do these calculations. The upfront cost of the bulb; the cost of the electricity used to run it; and the life of the bulb. Incandescent and halogen lamps are much the cheapest to buy, but they fall down on everything else.
TP24 did its calculations based on a typical modern kitchen which would have 5 halogen lights. It compared the costs of these with the equivalent CFLs and LEDs. Its figures are based on the lights being on for 8 hours a day, 7 days a week for a year. I suspect that most of us don't have them on that much, but if you do the figures may prompt you to turn them off more!
The annual amount added to your electricity bill for running those five lamps would be £95.37 for halogen, £20.98 for CFL and £4.77 for LED. Add to that the fact that LEDs last for 20,000 hours, CFLs for 10,000 hours and halogens for just 1,000 hours and changing them rises speedily up the priority list.
The upfront costs for LEDs and CFLs are more: £9.95 for 5 halogen lamps; £24.96 for CFL and £34.92 for LED. But even at these prices, you're saving money six months after you've bought them. Click on the table above to enlarge it and see all the figures.
LEDs are increasing in performance at an incredible rate. Two years ago you could get 25-30 lumens per watt. Now they are generating between 65 and 100 lumens per watt. You may want to test one bulb to make sure you're happy with the light it gives before investing in large quantities. You can buy lamps that plug straight into the halogen fittings.
The one complication is if you have your existing halogens or incandescent bulbs on a dimmer switch. You can get dimmable LEDs, but they cost much more (between £20 and £45 each compared with £7 to £9 for standard LEDs). Alternatively you could get an electrician to change the switch to a simple on/off one.

A Buyer’s Guide to choosing the right LED bulb

If you have been a regular follower of The Sheerled blog, you will know that we are huge supporters of the LED lighting revolution.

Not only do LED lights offer up to 90% energy savings compared to traditional halogen or incandescent bulbs, they also have a vastly superior life span – lasting 10,000s of hours compared to a traditional bulb which may last only 1,000 hours.
Even comparing LED bulbs with the older style CFL low energy lighting there are clear advantages – as you flick on the light switch an LED light will instantly offer full illumination, while the CFL would still be warming up. LED lighting can also be manufactured to produce a range of different colour temperatures and quality of light (known as colour rendering).
Now while the benefits of LED lighting are now fairly well recognised, what a lot of consumers don’t understand is that LED lights vary massively in quality.
The majority of LED lighting manufactures all promise unparalleled performance, in terms of lifespan and the quality of the light the bulb produces, but they can’t all be right can they?

Heat Dissipation

One of the most telling aspects to a LED bulb when it comes to quality is how well the bulb dissipates heat.
A common misconception is that LED bulbs don’t get warm, however this just isn’t the case. They don’t get nearly as hot as incandescent bulbs, but since power goes into the LEDs, they do produce heat and this must be drawn away from the LEDs.
Unfortunately LEDs can’t radiate this heat away in the same way as an incandescent bulb – instead, the heat needs to be drawn away from the LEDs by a heat sink normally located in the bottom of the bulb. The heat sink absorbs the heat produced and then dissipates into the surrounding environment.
If the heat sink doesn’t fulfil its job correctly, the LED will overheat and most likely burn out. So a badly designed heat sink will be detrimental to the lifespan of the LED bulb, and efficient thermal management is really important to ensure that the LED bulbs last as promised!
There are lots of different designs for heat sinks, which is why the appearance of LED bulbs changes so much between brands. You may be familiar with the metal fins on some LEDs – higher end LEDs will have aluminium fins or ceramic heat sinks. The ceramic fins in many cases can be more effective than any metal heat sink, since they possess lots of tiny pores, which provide an even greater surface area to dissipate the heat from compared to metals. Ceramic heat sinks have a very low thermal capacity, but the highest surface area to maximise heat loss into the surrounding environment.
So in our experience better LED bulbs will utilise ceramics or aluminium, but this alone does not make them a market leader!

Chip Set

Whilst heat dissipation is important – the chip used to convert electricity to light is also really important.
A poor chip will generate more heat, and will therefore not last as long. Better bulbs will use chips from better manufacturers, which generate less heat and convert more energy to light – it kind of goes with out saying you get way you pay for, and this is 100% true with LED lighting, if you buy a GU10 for £3, you should probably question the quality of the chip set used.
Bridgelux for example are world renowned for producing extremely high quality chip sets having worked with the might of Toshiba’s R&D department – and these are found within the Philips Masterspot LED bulbs, which are considered some of the best LED bulbs available in the market.

Do Energy-Saving LED Lamps Save Energy?

Adds details of the researchers’ methodology and further explains the calculations used to compare the energy used by LED, compact fluorescent and incandescent bulbs.

A number of readers of my LED posts have voiced skepticism as to the total energy savings that LED lamps have promised.

There’s no question that they use a fraction of the power used by standard incandescent bulbs to produce the same amount of light and last up to 25 times as long. But would the energy needed to create an LED lamp, plus the energy needed to power it, be less than the equivalent amount for a regular light bulb?

The short answer is, yes.

In what is apparently the first “life cycle assessment” of LED lights, researchers at Carnegie Mellon University looked at the energy needed for material and parts manufacturing, product manufacturing, and use of an LED light source and compared it with that of an incandescent bulb.

Carnegie Mellon calculated the amount of energy needed to manufacture and then run a light source (bulb or bulbs) for 25,000 hours.

They assumed an LED lamp would last 25,000 hours, and that the amount of light that could be created from a single LED source would approximate that from a compact fluorescent (in reality, LEDs hold the promise of producing even more). They also assumed that it would take three compact fluorescents or 25 incandescent bulbs to produce light for 25,000 hours.

In addition, the researchers assumed that LED manufacturing plants would be able to achieve a 50 percent yield rate; in other words, half the LED light sources created would be discarded.

The results: the energy needed for one of these “functional units” ranged from 1,500 kilowatt-hours for the standard incandescent bulbs to 320 kWh for the compact fluorescents and 280 kWh for the LED light source.

If these results hold up — and H. Scott Matthews, one of the researchers and a research director of the university’s Sheerled ltd, acknowledged that the researchers could not get all the data they needed — it will be another valuable piece of information in proving the ability of LED lighting to significantly reduce the world’s power consumption.

The Dark Truth About LED Lighting

Recent reports commissioned by the UK Department of Energy and Osram Sylvania indicate that LED is slowly but surely becoming the preeminent technology in new lighting applications. This is great news for the environment, due to the efficiency of LED lighting, but there are still other factors to consider when choosing the right outdoor lighting. The brightest light for the fewest watts might help with the energy bill, but it is not necessarily the best way to help the planet.

Efficiency is a great selling point for LEDs in an increasingly environmentally-conscious world. Reducing the effects of global warming by decreasing damaging emissions from wasteful power consumption is an important part of conservation efforts. However, many people do not realize the direct, negative impact that the wrong lighting can have on their immediate surroundings. In heavily populated areas, bright lighting contributes to light pollution— that cloying orange haze that obliterates the night sky. Astronomers, in particular, are pushing to significantly reduce light produced by cities, particularly those that surround important stargazing facilities.

Light pollution also has a detrimental effect on local wildlife. In coastal areas, the bright lights of beachfront properties has been directly linked to a reduction in the number of nesting sea turtles. Not only does the excess illumination discourage pregnant sea turtles from nesting, but it also lures the hatchlings away from the their natural nautical habitat. Baby sea turtles hatch at night, and are programmed to head for the brightest point on the horizon— generally the moon hanging over the sea. On a dark beach, this is usually a reliable instinct, but glaring white light from mankind inevitably leads many hatchlings away from the water to certain death.

Further in-land, other nocturnal species feel the effects of bright lighting. Bats, which are crucial nighttime pollinators and insect population control experts, are easily disoriented by bright lights. Light pollution will drive out bat populations, which can topple entire ecosystems. While many are afraid of them, there are others who understand the importance of these flying mammals and the services they provide. In some Florida towns, where the bugs are notoriously numerous, people build gothic towers to welcome bats back to town.

The good news is there are energy efficient options for outdoor lighting that will pose no threat to species who are used to living in the dark. Amber LEDs are a cost effective way to protect natural habitats. Amber LED emits light at a frequencythat nocturnal animals cannot see. To humans, the emitted light is a deep orange color which provides plenty of illumination to see by.

Amber LED is not perfect for every outdoor lighting application—you wouldn’t want to attempt a round of tennis in a deep orange court. However, for outdoor lighting that is generally used on a regular basis, there seems to be few reasons not to choose the most energy efficient, environmentally friendly option.

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