Monday, 31 August 2015

Converting to LED lights: everything you need to know

LED lighting is finally coming of age, but many of us are still nervous of this relatively new technology. Thanks to campaign group 10:10, Simon Brammer of the Ashden Foundation is here to illuminate us all
Ideas, Woman with a Drawing of a Lightbulb on Her Head.

What lights do you use at home?

I'm 100% LED now - even my fridge light is LED. You don't need to go that far - I'm a little obsessed! It has taken me a couple of years of learning to get it right.
The most important lesson has been light 'temperature'. This is measured in Kelvin (you'll find it on the packet of any light bulb). I like a warm white, much like the old-fashioned tungsten bulbs. This is about 2700 Kelvin (K).
It's interesting that folks from colder climates tend to favour a warm light, while folks from hotter climates prefer something more white or blue. Now I understand the colour I like, I generally get the right bulb each time.
One of the reasons I switched to LED is that I have solar panels on my roof, which contribute to the electricity demand of my house during the day. However after I bought a real-time energy meter I quickly learned that I was using a crazy amount of electricity at night - when my panels don't help. With a bit of investigation I realised my lighting was drawing a lot of electricity. But my electricity bill for my three-bedroom house is now £7 a month, and upgrading my lighting played a big role in that. Even if you don't have solar panels, lighting uses a lot of power. The good news is, it's one of the easiest things to change.
Knowing which colour you like is important.
LED colour chart
mediacollege.com
My personal preference is for 2700. A nice warm light.

Is it ok to replace bulbs in a circuit (eg a four bulb kitchen light) as they go, or would I have to replace all four at the same time? Can LEDs exist alongside halogen bulbs?

I am assuming that these are the spotlight type bulbs.
It depends if they are low-voltage or mains. You can tell this as low voltage bulbs have 'pins' (right - see below) to connect them and mains have 'pegs' (left). If they are pegs it's not a problem, but I'd suggest you replace them all anyway. Halogen bulbs use so much electricity for the light they produce - just feel their heat - that it's a false economy to wait until they blow to replace them.
LED lamps - pins and pegsIf they are low voltage (pins) it's a bit more complicated. They will have a transformer either in the ceiling or light fitting. Some LED bulbs, like the Philips Master LED range, have in-built
In other cases, you need to replace the transformer with an LED driver. This is because the transformers are too overpowered for the small amount of electricity that LEDs need. You will need an electrician for that.

What have been people's reactions to you switching to these lights?

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Lots of people tried LED lighting when it was first available and it often produced dim, cold puddles of light.
Those memories still persist, so in fact a lot of what I do is to persuade people that this is no longer the case. I take a selection of bulbs to people's homes so they can see the range of colours, brightnesses, fittings and so on, so they can try before they buy. That way they get what they want without making costly mistakes. It blows the old 'bad bulb' stereotype to bits and the people I know have so far been universally delighted.
There are still some challenges on packaging that don't make it easy to choose right bulb for its purpose, but there's a growing lobby for non-nonsense labelling, so hopefully things will change. Take a look at my guide at the end of these questions for a step-by-step approach to getting it right.

I have replaced all my old halogens with LEDs. What's the best thing to do with the old, still functioning, bulbs?

Throw them away or recycle them if you can. You can find more information of where to recycle here. Please note that you should never throw CFL (compact flourescent tubes) into your general waste, as they contain mercury - another good reason to replace them!
The energy you save by replacing them will far outweigh any embedded carbon in the production of the old lightbulbs.

If I have already replaced halogen with CFL spot lights, is it worth me changing to LED versions? I know that they will turn on immediately, but there doesn't appear to be much of an energy saving to be made. Is it worth just replacing the CFLs as they die?

There are still some energy savings, as LEDs do use less energy than CFLs. But you are right, they are nowhere near as great as if you were replacing old-fashioned light bulbs.
If you are happy with the light there is no need to, but as you replace them you could go LED. You can buy a good quality non-dimmable spot for as little as £4 now (IKEA's range are well priced and produce a great quality light). The other benefit, as you mention, is they are 'instantly on' - no hanging around while your bulbs warm up.

How do we answer those people who say that the heat output of a tungsten or halogen lamp is part of the heat input to their house? Changing the lighting to LED will reduce this heat input, so the heating system will have to run that bit longer to compensate.

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I see what you mean - you only have to stand under those bulbs in a bathroom or kitchen to feel the heat pouring off them!
But this would be an incredibly inefficient way of heating your house, for a number of reasons. First, you don't always want heat, so in the summer for instance, you are heating your house when you probably want it to be cooler. Second, heat rises, so heat from ceiling lighting will stay close to the ceiling and therefore won't benefit the occupants of a room at all. Third, it's much cheaper to heat by gas, or biomass, than electricity, and your boiler will have a thermostat to control the level of heat.

Do you know of any trusted online suppliers of LED fittings?

I always find it hard to recommend suppliers as it's really a personal choice.
Generally, it is worth remembering you get what you pay for, so with a few exceptions, very cheap LED bulbs won't perform well or last long.
I use sheerled.co.uk and led-bulbs.org as they have great returns policy and a good choice. I am also a fan of IKEA's new LEDARE range as they produce a warm and bright light. Do bear in mind this is just my personal recommendation.

Do LEDs work successfully in lights with dimmer switches where many energy saving bulbs do not?

Yes – dimmable LED lights are very reliable now. There are a few things to bear in mind.
You may have to get your dimmer switch changed to a 'leading edge' or LED compatible dimmer. This is because they handle much lower loads. For example if you changed a '4 x 60 watt bulb central light' to LED you would go from switching a load of 240 watts to nearer 30 watts.
Some bulbs have built-in circuitry to manage dimmers; some don't. They best way to find out is to install them and if they don't dim well, or flicker, you will know to replace the dimmer. They are no more expensive than 'regular' dimmer switches.
I have dimmable lights in my kitchen and living room and they work perfectly. Just make sure, when you buy bulbs, they have the dimmable logo on the box or that it states they are 'dimmable'.

LED retrofit bulbs are great - you get a nice warm light instantly when you click the switch. However, the advertised service life of an LED is years, and in my experience, they have lasted months, if not weeks. So, I have a few questions: 1. How can you be sure that LED's will last the reported amount of time? 2. Can bulb longevity be affected by the quality (consistency / voltage etc) of home electrical supply? 3. Is there anything that needs to be done with the home lighting circuit to prolong bulb life?

Poor quality, cheap bulbs don't last long. My experience is that if you buy quality they do last.
Some of my LED bulbs are more than 5 years old and still going strong. If your bulbs are blowing on a regular basis there may be something else wrong - loose connections in lamp holders, faulty connections to light switches, over-heating a bulb in a small confined space and so on. If this happens elsewhere in your home it could be a general issue; if it is in just one room, a local one. In either case it might be worth contacting an electrician to investigate it for you.
While there are energy efficiency advantages to 'voltage optimisation' (this lowers the voltage in your house to about 220v, which nearly all appliances now work on and thus saves money), I suggest you find out what's causing the problem, as these systems cost a fair amount and may not solve your issue.

Which shops stock LED bulbs and are they cheaper than low energy bulbs?

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They are not quite as cheap as low energy bulbs yet but they are getting there.
When I think about how much a bulb costs, it is also worth thinking about the running cost. For example, lets say you have four spotlights in your kitchen, it costs £80 a year to run those, whereas LEDs will cost £7 a year to run. The 'payback' time calculation is important. It might be tempting to buy the cheap non energy-efficient bulbs, but in the long term you will be better off.
You can buy them in many places now - all DIY stores, lighting shops and online. Have a look at my guide at the end to making the right choices for you. There is nothing wrong at all with using modern low-energy bulbs (the new ones come on instantly too) if that is what our budgets lends itself to.

Can you give us a make and model number of a reliable, really warm LED bulb to replace bayonet 60w and 100w?

The elusive perfect bulb - a quest close to my own heart!
Ok, first things first: if you want a warm light you need to choose something with a Kelvin count of 2700 or less. Any higher than this and it will be a colder light.
Next, choose the light output you want. As a general rule of thumb most people know that a 100w bulb is bright and suitable for a main light, that a 60w bulb is suitable in a lamp, and 25w bulb works where we want soft and gentle light. LED bulbs use about 10% of the energy of traditional bulbs – so 10w will give you the equivalent light output of an old 100w bulb, 6w of a 60w bulb, and so on.
This one, from Ikea (again just a personal suggestion) might suit your purposes. If not, armed with the information above, you should be able to get what you need.
Incidentally, if your fitting is a bayonet fitting, you can easily buy converters on places like eBay that allow you to use a screw fitting in your bayonet lampholder. In this case you would need a B22 to a E27 converter.
Is it possible to replace GU3 halogen bulbs (the sort with two thin pins at the back) with LED lights, without ripping out the entire system? I have asked this question before, and was told no, but technology is changing all the time.
Yes, it is possible. The GU tells us that the base has a bi-pin cap, meaning that it has two pins and the number, the distance between the pins - in your case 3mm.
So it is simply a matter of finding an LED replacement bulb that meets that specification.
I had a quick look online and it is possible to source them as more and more LED bulbs are now being introduced. Remember, these are generally low voltage bulbs so you will need to ensure that they are compatible with your system. See my other answers (and guide below) about replacing low voltage lighting.
When you are replacing very specific bulbs, see you if you can get an 'exact match' or 'perfect fit' labeled bulb so that you know they will fit into the existing aperture.

A plain-english guide to installing LED lights

What's on?
It sounds obvious, but the best place to start is to work out which lights are on the most, and replace them first. In this way, you will maximise your saving.
How much light?
Light is measured in lumens, but this is too complicated to work out every time you buy a bulb. So as rough guide, if you want the equivalent of an 'old school' 100w light bulb, go for 10w, 60w – 6w, 40w – 4w. The mathematicians among you will spot a rough 10% rule. For spotlights, replace a 50w GU 10 with a 4w LED bulb.
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Which colour?
Light temperature (colour) is measured in Kelvin (K). The lower the number, the warmer the light. Because I like a warm light, 2700K is my preference – it's like the light from an old-fashioned bulb. 3000K is less warm, and then as you go up the light becomes cooler and whiter – anything approaching 5000k will be nearly blue. Sometimes these are called 'warm white' or 'cool white'. So, depending on your preference, check the packet to make sure have the right colour for you.
Do you want to dim your lights?
You will have to pay a little more for dimmable bulbs, but they are available across the range. Look for the 'dimmable' symbol on the packet. Just a word of warning – occasionally, because LED lights use so little energy, you may need to change your dimmer switches too (ask a qualified electrician to do this for you).
Got the right fitting?
You will have a range of light bulbs in your home with different fittings – just make sure you match the fitting to the one you are buying. The best way to do this is to take the old bulb along with you. If you are replacing down-lights or spotlights, take one out (when it is cold and switched off) and see if it has 'pegs' or 'pins'. If it has pegs, this is mains voltage (a GU10 fitting) and is no problem to change. If it has pins, this is low voltage lighting and is a little more complicated. You may need some advice from a professional as to which bulbs will work in your home.
Finally, when you are changing your lighting, think of it like re-decorating a room, where you would buy a paint tester pot to see if you like the colour first before you paint the whole room. When you are investing in new bulbs, buy one first to see if you like it before you replace the rest. And remember, most places will exchange the bulb if it is the wrong one for you.
Once you have changed your bulbs, you can sit back (you won't need to get up to change them for an average of 15 years) and bask in their glow – and be smug in the knowledge you're quids in.

What makes LEDs better than bulbs?

Lifespan

One of the biggest differences between LEDs and halogen light bulbs is their lifespan. LEDs can last up to 80,000 hours. Halogen light bulbs only last between 2,000 and 6,000 hours. Halogen bulbs also suffer what is termed as ‘catastrophic; failure, which essentially means they work until they don’t! And when the die they pop! LEDs on the other hand very slowly loose their light output, so even at 80,000 hours there will still be another 80,000 hours of light but just at a lower level. LED life spans are usually referenced as the L70% life. As the human eye can only detect light loss above 30%, LEDs are rated to this level; there is still plenty of light left but at ever diminishing level.
How they work and their efficiency
Electricity is used to heat up tungsten filaments in halogen light bulbs. When these tungsten filaments are heated up, light is produced. LED lights produce light by running an arc of electrical current between two electrodes. The method of generating light from an LED fitting is much more efficient than a Halogen bulb, only around 10% of the energy that goes in to a Halogen bulb is actually converted to light, the rest is given off as heat, the efficiencies with LED light fittings can be as high as 80%.
Stop having to change bulbs
With LED lighting there is no need to constantly change bulbs. Most HID bulbs have a lifespan of only 5,000 hours and need to be changed regularly.
Low power consumption and no start up current
OceanLED underwater lights have a very low power consumption and do not have huge start up currents, some ‘bulb’ versions of underwater lights can have a start up current of 18 amps meaning that the lights must be turned on slowly and in sections, in some cases taking up to 25 minutes to have all the lights turned on. LED lights can all come on at the same time and don’t overload the generators

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/

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

This woman is ecstatic that she is saving electricity*
(*Might not be actual cause for celebration)
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

That is one cool kitchen.
(You catch the double-meaning there? No? Ah comon!)
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

Life before LED Street Lights and after. Source
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

None of this. Fortunately.
19. Using LEDs in the outdoors? They are completely rust-proof
20. LED Lights don’t flicker
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

Who doesn’t like money?
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?)

Scary man.
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

A Christmas Tree on fire. Not good.
44. LED Light therapy has been known to alleviate a 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://www.ultraleds.co.uk/50-reasons-why-you-should-be-using-leds#sthash.dN3mtZcU.dpuf

Saturday, 29 August 2015

Driven Bulb Market Development

The LED Bulb Market Changes

Without a doubt the LED business is getting up and go by a wide margin. It was in the no so distant past when LED knobs were essentially too enormous, excessively lavish and too appalling, making it impossible to be handy suggestions however the scene is positively improving. The other real lever that LED Bulbs have is from a huge change that has happened with its significant rival the CFL vitality sparing light. The smaller fluorescent light vitality sparing lights have endured a noteworthy set back this year because of expense on their crude material by the Chinese government. This has implied that the key material Tri-phosphor has expanded by more than 300% as of now this year and this has prompted an increment of cost in the CFL vitality sparing light by around 80%. Likewise this heightening in costs does not appear to be finding some conclusion and the Chinese knob producers can now just give citations which are legitimate for 2 weeks on account of the negative impact of the crude material cost increment. This is a long ways from in the years 2009/2010 when the business was overflowed with a wealth of vitality sparing lights gave by the vitality organizations trying to meet UK government focuses for vitality reserve funds. So the final result is not good for the CFL advertise but rather it has served to give the LED knob showcase a kick begin.

Which LED globules are getting to be critical players?

The significant issue with the LED bulbs has dependably been the shine however this is not an issue in various cases. A sparkling case is the LED flame globule which is utilized widely as a ceiling fixture knob. For this situation the brilliance is not a noteworthy issue on the grounds that the sheer number of globules utilized as a part of ceiling fixtures implies that every one does not need to be incredibly splendid. So now that the style of the LED light knobs has enhanced drastically then these are a noteworthy player in the business.

Other LED knobs which have now moved to the middle stage are the MR16 LED bulbs and the GU10 LED globule. A couple of years prior these were basically excessively diminish or in reality too extensive, making it impossible to go into the light fittings however the heightening in innovative skill has now brought these LED GU10 and LED MR16 bulbs to be magnificent shopper decisions. The other principle element here has been the improvement of dimmable innovation at a sensible value which implies that the halogen spot light days unquestionably must be numbered!

The last nut to open is as yet going to be the regular 100w fiber globule which has now been broadly supplanted by a 25w CFLbulbs This does give the purchaser something like a 80% sparing over the customary fiber knob and to get the same measure of lumens light yield from a LED you would need something like a 15 or 20 watt LED. Presently these are beginning to show up available however with a cost of around £50 these are without a doubt extravagant and still as a general rule will just deliver the proportionate yield of a 80w conventional light. So look out for these yet don't be confused by the retailers over offering of light yield and check the lumens values against the conventional lights. However, with everything taken into account it is doubtlessly going to happen and the LED bulbs will assume control and the main inquiry is when

Thursday, 27 August 2015

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 changing BULBS 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.

What are the advantages of LED energy saving light bulbs

What are the advantages of LED energy saving light bulbs You may not have heard of led energy saving light bulbs but you well in no doubt aware that over the past few years the Department of Energy &  Climate change  and the energy savings trust have been urging households to start making use of energy saving light bulbs due to the fact they are good for the environment, cheaper to run and last longer too. LED energy saving light bulbs are a relatively new comer on the energy saving light bulb market and as of yet have generally been overlooked by the government. In this post we'll provide you with the vital facts as to why LED bulbs  are an optimal solution to improving your home and office lighting energy efficiency

what are LED energy saving light bulbs?

Light Emitting Diodes (LED) are a form of solid state lighting that is extremely efficient and long lasting. While incandescent and Compact Fluorescent Lamps (CFL) lights consist of filaments in glass bulbs or bulbs that contain gasses, energy saving LED light bulbs consist of small capsules or lenses in which tiny chips are placed on heat conducting material.
led energy saving light bulbs

Low energy usage

LED bulbs only use around 10% of the energy of traditional bulbs, meaning a 10W LED bulb provides the same amount of light as that of an equivalent 100W bulb!.  This dramatically reduces your energy consumption over the course of the bulbs lifetime, couple this with the fact  that they are also long lasting, so a further reduction in replacement costs.

Long life

The average projected hours of light an incandescent bulb can provide is between 750 to 2000 hours and a compact fluorescent bulb provides between 8000 to 10 000 hours. LED bulbs will generally provide between 20 000 to 30 000 hours of light. Typical lifetime is defined as the average number of hours until light falls to 70 percent of initial brightness, in lumen. LEDs will typically fade gradually .
LED energy saving light bulbs contain no glass components therefore they are not vulnerable to vibration or breakages like conventional bulbs. LEDs are thus well suited for use in areas like sports facilities, child play centres or any area which are exposed to abnormal lighting use.
cross section of a led energy saving light bulb

Lower Temperatures

Conventional light bulbs waste most of the their energy as heat i.e. an incandescent bulb gives of 90 percent of its energy as heat, a compact fluorescent bulb will waste 80 percent as heat.

Quick lighting

LED energy saving light bulbs provide instantaneous light and do not need to warm up like CFLs, which have a warm-up period lasting anywhere from a few seconds to a couple of minutes, during this period they are not as bright as they eventually become. This usually means that with CFL's you may need to leave the lights on longer than what they were actually required. LED bulbs turn on instantly, reaching full brightness immediately.

Conclusion

Switching to LED lighting technology is one of the easiest ways to drastically reduce costs with the added benefits of helping to conserve the environment. In most households and office buildings lighting costs can be one of the biggest addition to the monthly energy expenditure, especially during the winter months in the northern hemisphere. Replacing your current lighting with led energy saving light bulbs alternatives you will gain from an immediate reduction in energy consumption. In some cases the savings can amount to as much as the savings can be as much as 82% and at a time when energy prices are increasing year on year this will quickly impact your costs.
It is important to understand that energy saving lamps contain mercury and other hazardous waste products which must be specially disposed of, whereas light emitting diodes are non-hazardous and therefore recyclable. LEDs have long lifetimes and are often retrofit, leading to a reduction in the quantity of old fittings and lamps being discarded to landfill. LED energy saving light bulbs greatly reduce energy consumption and thus reduce carbon emissions. LEDs give long lasting light with far less negative impact on the environment, helping your organisation to comply with environmental legislation.

Speedy Facts About LED Light Bulbs

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I realize that with everything our brains need to handle consistently, it's difficult to envision that lights are sufficiently essential to invest all that much energy considering them.

Be that as it may, consider the possibility that you could chop down your lighting vitality utilization by 80 percent, spare a lot of cash on your vitality charge consistently and not need to consider changing a light in your home for quite a long while.

Well here are some snappy actualities and scraps of data to help you take in more about the most recent era of LED lights .

Driven knobs can be utilized as a part of numerous basic installations in your home, including accent lighting, track lighting, room lighting and outside spotlights. They offer numerous novel cash and vitality sparing advantages over conventional globules.

Driven knobs have an uncommonly long lifespan. They can last up to 5 times longer than minimized fluorescent (CFL) globules and any longer than conventional brilliant knobs. A run of the mill LED light that smolders 8 hours a day can last around 17 years prior to it needs changing, settling on LED bulbs a perfect decision for difficult to-achieve lights.

Driven globules have no fiber or moving parts, making them to a great degree tough and low support.

Driven globules produce no warmth or UV beams, which can help decrease cooling expenses in your home and help keep fabrics and furniture from blurring.

Driven knobs give more prominent vitality investment funds by utilizing around 80% less vitality to deliver the same measure of shine as that of CFLs and brilliant globules.

Wednesday, 26 August 2015

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.

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.

Tuesday, 25 August 2015

SheerLED LED Lighting


kitchen_home

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 lighting for your residence.

The Phase Out of the 40 and 60 Watt Incandescent Bulb in 2015

What’s new in 2015 for Superior Lighting?

The traditional 40 and 60 watt incandescent light bulbs will be phase out (you can still purchase them from Superior we have plenty in stock). Also the prices of LED bulbs keep dropping while the technology keeps improving. Here at Superior Lighting we encourage you to give our quality LED light bulbs a try! Don’t be fooled by poor quality LED’s.


Farewell to America’s favorite incandescent light bulb

About 80% of incandescent light bulbs used in the United States are 40 and 60 watt incandescent light bulbs, sadly they are about to become antiques since production must be terminated and they will be phase out of the market. Don’t enter panic mode just yet! We have plenty in stock at SuperiorLighting.Com, below we answer some of the most FAQ about the incandescent light bulb ban of 2015.
Which incandescent light bulbs will be phase out in 2015?

The standard household 40 and 60 watt incandescent light bulbs will be phase out of the US market in January 2015.
When will incandescent bulbs be phase out?

The 40 and 60 watt incandescent bulbs will be phase out starting on January 1, 2015. The 100 watt incandescent bulbs were phased out on January 1, 2013 and the 75 watt incandescent bulbs were phased out on January 1, 2014.
Why phase out incandescent light bulbs?

In 2007 the Energy Independence and Security Act of 2007 (EISA) was signed by former President George W. Bush.  The law requires bulbs to meet tighter efficiency standards. The last step for the energy efficiency law is the ban of the 40 and 60 watt standard incandescent light bulbs in 2015.
What are the replacement options for incandescent light bulbs?

The phasing out of incandescent light bulbs can become a headache for some, but don’t fear our lighting specialist can help and guide you to the perfect replacement for your old incandescent light bulbs while maintaining the same amount of light.

Here are the main energy efficient options to replace your old incandescent light bulbs:
    LED Light Bulbs
    CFL – Compact Fluorescent Lights

If you are switching from Incandescent to LED Light Bulbs:

    6 to 8 Watt LED Light Bulb – Replaces a 40 Watt Incandescent Light Bulb    
10 to 12 Watt LED Light Bulb – Replaces a 60 Watt Incandescent Light Bulb   
12 to 13 Watt LED Light Bulb – Replaces a 75 Watt Incandescent Light Bulb  
14 Watt LED Light Bulb – Replaces a 100 Watt Incandescent Light Bulb

If you are switching from Incandescent to CFL Light Bulbs:

    9 to 12 Watt CFL Light Bulb – Replaces a 40 Watt Incandescent Light Bulb   
13 to 16 Watt CFL Light Bulb – Replaces a 60 Watt Incandescent Light Bulb   
18 to 22 Watt CFL Light Bulb – Replaces a 75 Watt Incandescent Light Bulb   
23 to 27 Watt CFL Light Bulb – Replaces a 100 Watt Incandescent Light Bulb

Here’s a friendly light bulb replacement chart created by the NRDC:


Switching to LED Light Bulbs:

We highly encourage you to give our high quality LED Light Bulbs a try! Superior Lighting has several successful LED installations which can be reference. Many of our clients have made the switch and are benefiting from significant savings. Beware that many poor quality LED products are flooding the market. They are inferior products that overheat, burn out and there is no reliable company to respond to warranty claims. Read more about switching to LED’s.

Ever Wonder What Makes LED Lights So Popular?

Driven innovation has been around for a long while now yet is simply transitioning as it hovey-lighting-how-do-drove lights-workmakes its vicinity more known in business and private applications. This is a quickly moving innovation that is creating at lightning pace.

As an illustration, only a couple short years back it was hard to discover a spotlight that highlighted LED bulbs. Today, it's about difficult to discover one that doesn't. The numerous favorable circumstances LEDs have over different sorts of light sources at present being used are striking.

Introduction to LED Technology

LEDs, or light-transmitting diodes, are in view of semiconductor innovation and were at first utilized as red-hued, low-power marker lights on electronic gear and machines beginning back in the mid 1960s.

Present day LEDs are still utilized as markers, however numerous more applications now exist for their utilization as high-power, brilliant lighting accessible over the whole shading range, and in addition on infrared and bright wavelengths.

Not at all like brilliant lighting, which creates its light in a vacuum or fluorescent lighting that transmits its light vitality in a gas, a LED produces its light from a strong bit of material called a semiconductor.

As a result of this present, it's known as strong state lighting. This strong state arrangement is likewise what permits LED knobs to be more hearty (not so much sensitive) but rather more solid than radiant/bright light bulbs.

LEDs create light when energized electrons lurch around inside of the strong structure of a semiconductor. That semiconductor is made of two segments – one positive part and one negative part.

The positive layer contains openings through which electrons have the capacity to travel. The negative part contains incalculable free electrons that, when followed up on by presentation of an electrical charge, discover themselves going from the negative layer to the positive layer of the semiconductor through the gaps, bringing about these electrons to emanate light.

They contain no fiber to wear out and they don't get especially hot, making them a great deal more proficient and sturdy than different sorts of lighting.

What Can They Do?

LEDs are fundamentally modest lights that can without much of a stretch be associated with an electrical circuit. For quite a long time they have been utilized for various errands, including

Shaping the numbers on computerized timekeepers and illuminating advanced watches

Showing when electrical hardware or an electrical apparatus is working

Transmitting remote control signals

Backdrop illumination PDAs, tablets, PC screens and TVs

Giving Christmas lighting

Giving enlightenment to spotlights, movement lights, auto lights and much, substantially more

Driven innovation has been called "practically idealize" in view of the such a variety of focal points LEDs have over already utilized, routine lighting. As of not long ago, the main two drawbacks of LEDs avoiding aggregate strength in the commercial center has been its failure to give unadulterated white light to use in home lighting, errand lighting, and so on., and the much higher expense of creating LEDs contrasted with customary sorts of lights.

These two hindrances, shading and expense, have subsequent to been overcome and LED bulbs can now be created a great deal less extravagantly than at any other time in recent memory before and with a capacity to give clear, immaculate white light.

Preferences to LEDs

Preferences to LED lighting contrasted with brilliant or fluorescent lighting are various.

Varieties of numerous LEDs together are currently being utilized for powerful, concentrated lighting applications all over from movement and road lights to auto headlights and taillights and even in therapeutic and clinic situations for office lighting and additionally lights utilized as a part of examination rooms and surgeries.

LEDs blaze cool, use as much as 80% or less power than their brilliant partners and can keep going for whatever length of time that 50,000 hours or more before substitution is needed. They likewise work better in spots where vibration, temperature or availability are concern