The Difference of LED Lighting and Incandescents, CFLs
This Information will have a discussion about "The Comparing of LED Bulbs and Incandescents, CFLs". As time goes by, it's forecasted that people are not going to see incandescents being used any loner however for the present time, they are still low-cost and conveniently available for purchase hence they can be seen in many buildings. Nevertheless, the more effective alternatives are just going into the market and becoming more cost effective and simpler to purchase thus it is able to be expected to see more and more people making the shift themselves.
You might want to fully discover how come more and more people are selecting LED lighting nowadays, it is good to run a assessment of incandescent, CFLs and LED light bulbs so that it can be comprehended how each of them performs and what the differences are between the 3.
If one is trying to improve in his or her property, even in just one single room, it is still advisable to comprehend as much as possible about how they compare to each other. Usually incandescent lighting are thought to be dinosaurs in the lighting industry. They are the oldest design of lighting available and while still frequently put into use, more and more people are choosing fresher and better light sources.
CFL is short for compact fluorescent lamp. CFLs are another well-accepted alternative that has been making waves in the lighting world. They are steadily driving incandescent light bulbs out of the lighting world. The only part that's really still working for the incandescent is that it stayed the least expensive option when it reaches each type of light bulbs individually.
But bear in mind in the long haul, incandecents are got going to conserve you any power expenditures due to the fact they burn out in a short time and easily, and have to be replaced with greater regularity and still cost more over time to operate so that your utility charges will be higher. A more efficient option is to pay more for the CFLs or LED lights right now and reap the benefits in the long term.
As per price tag from lowest priced to priciest for individual light bulbs mentioned above, then the following would be the order for them (at average prices):
1. Incandescents
2. CFLs
3. LEDs
Bear in mind, LED lights will help you to save the most money eventually with CFLs coming in next and incandescents costing you the most in the long haul than either of the others.
But cost isn't the only contributing factor when shopping for a good light bulb. Features ranks high on the list of principal aspects to check out when shopping for your lighting. Efficiency would be a key element and LED lights beat the game on this scale all round. CFLs is the second best as they perform better and longer than the incandescents.
If the three were put in order from brightest to lightest under equivalent power consumption, it would look like the following:
1. LEDs
2. CFLs
3. Incandescents
E . g ., a 5-6W LED bulb = 10-12W CFL = 40W incandescent light bulb; a 9W LED bulb = 13-15W CFL = 60W incandescent light bulb, in terms of brightness.
Now that you have a solid comparing of incandescents, CFLs and LED lamps, it will help to discover which one may meet up with your specific needs best.
More articles about LED bulbs, LED tubes, LED spotlights etc can be read on Sielement LED Lighting's website.
LED Lights
LED Lights
Showing posts with label led light. Show all posts
Showing posts with label led light. Show all posts
Tuesday, July 5, 2011
Friday, March 25, 2011
LED Bulbs 3x1W E27 - 25W Incandescent Bulb Replacement
LED Bulbs 3x1W E27 - 25W Incandescent Bulb Replacement
Product Information
1. Model: ST-LB-E27-3*1W-01
2. Frequency: 50-60 Hz
3. Input Volltage: 85-265VAC
4. Power Consumption: 3.5W
5. Working Temp: -20°C - 45°C
6. LED QTY: 3pcs
7. LED Brand: Ultra-Bright Epistar
8. Lumens: 200LM
9. Color: 3000K,4100K,6000K
10. CRI: 80
11. Lamp Base: E27
12. Material: Aluminum + Glass
13. Dimension: D50*H103mm
14. Net Weight: 100G
15. Approval: LVD EMC
16. Life Span: 30,000 H
17. Warranty: 2 years
18. OEM/ODM Services: Available
19. Samples: Available on request
LED Bulbs | |||||||||||||||||||||||||||||||
| LED Bulbs |
More information about LED bulbs.
Please feel free to send us an inquiry: http://www.sielement.com
Friday, March 4, 2011
Stevenson Boulevard in Fremont Replaces 264 Street Lights with LEDs
It's reported that Fremont City Council has made a contract with Novato-based Republic Intelligent Transportation Services Inc. to install led lights along Stevenson Boulevard, as part of the city's led street light Retrofit on Stevenson Boulevard Project. And the contract between City of Fremont and Republic ITS will be $172,874.
The project will replace all existing HPS street light heads with Led ones from Murietta Drive adjacent to the Interstate 880 interchange to Mission Boulevard.
The project encompasses a 3.1-mile stretch of Stevenson Boulevard with 264 street light heads being replaced with LED street lights.
Source: cnled
Reposted by: Sielement LED Lighting, leading LED Lights Manufacturer, LED Lights Provider, LED Lights Supplier., LED Lights Vendor.
Products: LED Lights, LED Tubes, LED Bulbs, LED Strips, LED PL Lights, LED Light Bars, LED Wall Washer Lights, LED Spotlights, LED Par Lamps, LED Downlights, LED Panel Lights, LED G24 Lamps, LED Grow Lights etc.
The project will replace all existing HPS street light heads with Led ones from Murietta Drive adjacent to the Interstate 880 interchange to Mission Boulevard.
The project encompasses a 3.1-mile stretch of Stevenson Boulevard with 264 street light heads being replaced with LED street lights.
Source: cnled
Reposted by: Sielement LED Lighting, leading LED Lights Manufacturer, LED Lights Provider, LED Lights Supplier., LED Lights Vendor.
Products: LED Lights, LED Tubes, LED Bulbs, LED Strips, LED PL Lights, LED Light Bars, LED Wall Washer Lights, LED Spotlights, LED Par Lamps, LED Downlights, LED Panel Lights, LED G24 Lamps, LED Grow Lights etc.
Wednesday, February 16, 2011
Lighting Science Group’ LED Bulbs Help Yankee Candle Stores Save Energy
Lighting Science Group has helped Yankee Candle stores all across New England to replace their halogen bulbs for energy saving.
Compared with the halogen bulbs, the ENERGY STAR approved DEFINITY PAR 20, PAR 30, PAR 38 and MR 16 Led bulbs installed in stores are approximately 80% more efficient and are fully dimmable.
In addition, these LED bulbs are mercury-free, completely recyclable, "instant on," and offer outstanding light quality.
Yankee Candle received rebates from National Grid and Western Mass Electric Company through the Mass Save program. Energy efficiency rebates were also received from other electric utility companies throughout New England.
Sielement LED Lights, leading led lights manufacturer, led lights supplier, led lights provider, led lights vendor, suppling led lighting products such as led tubes, led bulbs, led spotlights, led par lamps, led panel lights, led strips (led tapes, led ribbons), led light bars, led wall washer lights, led grow lights (plant growth led lights) etc.
Compared with the halogen bulbs, the ENERGY STAR approved DEFINITY PAR 20, PAR 30, PAR 38 and MR 16 Led bulbs installed in stores are approximately 80% more efficient and are fully dimmable.
In addition, these LED bulbs are mercury-free, completely recyclable, "instant on," and offer outstanding light quality.
Yankee Candle received rebates from National Grid and Western Mass Electric Company through the Mass Save program. Energy efficiency rebates were also received from other electric utility companies throughout New England.
Sielement LED Lights, leading led lights manufacturer, led lights supplier, led lights provider, led lights vendor, suppling led lighting products such as led tubes, led bulbs, led spotlights, led par lamps, led panel lights, led strips (led tapes, led ribbons), led light bars, led wall washer lights, led grow lights (plant growth led lights) etc.
CFL vs. incandescent: Battle of the bulb
Compact fluorescent light bulbs are often mentioned as one of the easiest ways to shrink your power bill and your carbon footprint. They present the quintessential green-green situation: saving money and helping the environment. What's not to like?
There's the higher retail price - who wants to pay three bucks for a light bulb when it's sitting right next to ones that cost less than a dollar? But the CFL can last up to 10 times longer than incandescent bulbs, meaning you'd have to buy 10 of them during a single $3 CFL's lifespan. Each CFL saves about $30 during its tenure, according to the U.S. Energy Star program, and pays for itself in about six months.
One of the most potent threats to CFLs' superiority isn't their cost, but their contents. There's a small amount of toxic mercury in every one, which can be absorbed or inhaLed, potentially causing brain damage in adults, children and especially in fetuses. Fumble a CFL while changing a light, critics warn, and you unleash a poisonous fiend in your home. Throw it out and you're dumping mercury in landfills.
Those are both valid concerns, if sometimes a bit overblown. You should be careful when cleaning up a broken CFL, but don't go nuts - Snopes has debunked the myth that breaking one requires calling in an environmental cleanup crew. Keep kids and pets away, open the windows and resist the urge to vacuum, since that can kick up mercury vapor into the air; see the EPA's advice on cleaning up broken fluorescent lights for a complete guide. When they do eventually burn out, make sure to dispose of them properly.
Why do CFLs contain mercury?
Fluorescent and incandescent lights generally work the same way: They zap certain types of atoms with energy until their electrons freak out and release photons of light. Incandescent bulbs do this by shooting electricity into a thin metal filament surrounded by inert gas and encased in a glass shell. Metal normally emits invisible infrared light when heated like this, but get the atoms worked up enough and they'll produce a visible glow, too.
Metallic atoms are also the light source in fluorescent lamps, but they use vaporized mercury instead of a solid filament. The incoming electrical current is carried through a glass tube, straight or coiled, that's filled with mercury vapor and argon gas. The electrified mercury atoms begin vibrating and releasing invisible ultraviolet light, which in turn excites a fluorescent phosphor coating on the inside of the tube, finally producing the visible light.
(It's this jittery relationship, combined with a jumpy magnetic ballast providing electricity, that gives fluorescent lights their infamous flicker. Electronic ballasts don't have this problem.)
Mercury is a crucial part of how all fluorescent bulbs work, and replacing it is a daunting task. Still, manufacturers have cut back on how much they use - CFLs' mercury content dropped by at least 20 percent from 2007 to 2008. While the bulbs contained an average of 4 milligrams a few years ago, many now use as little as 0.4 mg. By comparison, mercury thermometers contain about 500 mg of mercury, and older nondigital thermostats contain about 3,000 mg.
Does mercury overshadow CFLs' benefits?
Fluorescent lights only release mercury when their glass breaks. Consider how often you shatter a light bulb while changing it, and divide that number by 10 - since a single CFL requires about that many fewer replacements - and that's your risk of mercury exposure.
An incandescent bulb doesn't contain mercury, but it still has a higher overall mercury footprint than a CFL, thanks to the coiled tube's renowned energy efficiency. Coal-fired power plants are humans' No. 1 source of mercury pollution, and energy-intensive incandescent bulbs require those plants to burn more coal than CFLs do. That extra coal burning releases far more mercury than even the combined amount inside a CFL and in the coal emissions needed to light it.
While most fluorescent lamps finish their lives without shattering, however, it's another story once they're thrown out. They can easy break in trash cans, Dumpsters or en route to a landfill. It's only a small amount of mercury, but it adds up as more and more people are buying them, and it also endangers sanitation workers who don't know they're carrying bags containing mercury vapor. All the more reason to read up on the EPA's guidelines for properly disposing of fluorescent lights.
Are incandescent bulbs burned out?
The main downside with traditional light bulbs is that they use only 10 percent of their energy to produce light, burning off the rest as heat. They've wasted 90 percent of the electricity people have been feeding them for the past 130 years - electricity that was mainly generated from coal and other fossil fuels. Congress put its foot down with the 2007 energy bill, introducing tougher efficiency rules that are expected to crush the market for incandescent bulbs beginning in 2012. Within a few years, the ever-cheaper CFL may dominate the Lighting market.
But don't count out Thomas Edison's original bright idea just yet. Despite the U.S. Department of Energy and EPA pushing CFLs, many people are still turned off by the light they emit, which is slightly bluer and more flickery than incandescents' warm, steady glow. To meet this lingering demand as well as the upcoming federal efficiency standards, several companies are scrambling to roll out a wave of next-generation incandescents. These bulbs keep their familiar shine and radiate less heat by reflecting some of the filament's light back inward. They're still more expensive than CFLs, but the price of such technology usually drops if it's successful.
Light(s) at the end of the tunnel
The future of artificial lighting is hazy, thanks to several recent technological and regulatory upheavals. Traditional light bulbs are almost certainly doomed once the new U.S. efficiency regulations take effect in 2012, leaving CFLs and improved incandescents to fill the void.
There's also a dark horse light bulb lurking in the shadows - light-emitting diodes, better-known as LEDs. These are already common in a variety of devices, ranging from the blinking red light on a video camera to the green power button on a computer. LEDs are more efficient, versatile and long-lasting than either incandescent or fluorescent lights, emitting light in a specific direction rather than radiating it outward indiscriminately, which wastes energy. They also absorb back what little heat they produce into an internal heat sink, leaving the LED itself cool to the touch.
While LEDs may seem like the obvious choice, they're still not entirely practical as a commercial substitute for incandescents or fluorescents. Several companies make bulbs that rely on diodes, but they aren't cheap. Odds are good the technology will eventually let LEDs overthrow their predecessors, but until then, the EPA and DOE are giving CFLs the green light.
Sielement LED Lights, leading led lights manufacturer, led lights supplier, led lights provider, led lights vendor, suppling led lighting products such as led tubes, led bulbs, led spotlights, led par lamps, led panel lights, led strips (led tapes, led ribbons), led light bars, led wall washer lights, led grow lights (plant growth led lights) etc.
There's the higher retail price - who wants to pay three bucks for a light bulb when it's sitting right next to ones that cost less than a dollar? But the CFL can last up to 10 times longer than incandescent bulbs, meaning you'd have to buy 10 of them during a single $3 CFL's lifespan. Each CFL saves about $30 during its tenure, according to the U.S. Energy Star program, and pays for itself in about six months.
One of the most potent threats to CFLs' superiority isn't their cost, but their contents. There's a small amount of toxic mercury in every one, which can be absorbed or inhaLed, potentially causing brain damage in adults, children and especially in fetuses. Fumble a CFL while changing a light, critics warn, and you unleash a poisonous fiend in your home. Throw it out and you're dumping mercury in landfills.
Those are both valid concerns, if sometimes a bit overblown. You should be careful when cleaning up a broken CFL, but don't go nuts - Snopes has debunked the myth that breaking one requires calling in an environmental cleanup crew. Keep kids and pets away, open the windows and resist the urge to vacuum, since that can kick up mercury vapor into the air; see the EPA's advice on cleaning up broken fluorescent lights for a complete guide. When they do eventually burn out, make sure to dispose of them properly.
Why do CFLs contain mercury?
Fluorescent and incandescent lights generally work the same way: They zap certain types of atoms with energy until their electrons freak out and release photons of light. Incandescent bulbs do this by shooting electricity into a thin metal filament surrounded by inert gas and encased in a glass shell. Metal normally emits invisible infrared light when heated like this, but get the atoms worked up enough and they'll produce a visible glow, too.
Metallic atoms are also the light source in fluorescent lamps, but they use vaporized mercury instead of a solid filament. The incoming electrical current is carried through a glass tube, straight or coiled, that's filled with mercury vapor and argon gas. The electrified mercury atoms begin vibrating and releasing invisible ultraviolet light, which in turn excites a fluorescent phosphor coating on the inside of the tube, finally producing the visible light.
(It's this jittery relationship, combined with a jumpy magnetic ballast providing electricity, that gives fluorescent lights their infamous flicker. Electronic ballasts don't have this problem.)
Mercury is a crucial part of how all fluorescent bulbs work, and replacing it is a daunting task. Still, manufacturers have cut back on how much they use - CFLs' mercury content dropped by at least 20 percent from 2007 to 2008. While the bulbs contained an average of 4 milligrams a few years ago, many now use as little as 0.4 mg. By comparison, mercury thermometers contain about 500 mg of mercury, and older nondigital thermostats contain about 3,000 mg.
Does mercury overshadow CFLs' benefits?
Fluorescent lights only release mercury when their glass breaks. Consider how often you shatter a light bulb while changing it, and divide that number by 10 - since a single CFL requires about that many fewer replacements - and that's your risk of mercury exposure.
An incandescent bulb doesn't contain mercury, but it still has a higher overall mercury footprint than a CFL, thanks to the coiled tube's renowned energy efficiency. Coal-fired power plants are humans' No. 1 source of mercury pollution, and energy-intensive incandescent bulbs require those plants to burn more coal than CFLs do. That extra coal burning releases far more mercury than even the combined amount inside a CFL and in the coal emissions needed to light it.
While most fluorescent lamps finish their lives without shattering, however, it's another story once they're thrown out. They can easy break in trash cans, Dumpsters or en route to a landfill. It's only a small amount of mercury, but it adds up as more and more people are buying them, and it also endangers sanitation workers who don't know they're carrying bags containing mercury vapor. All the more reason to read up on the EPA's guidelines for properly disposing of fluorescent lights.
Are incandescent bulbs burned out?
The main downside with traditional light bulbs is that they use only 10 percent of their energy to produce light, burning off the rest as heat. They've wasted 90 percent of the electricity people have been feeding them for the past 130 years - electricity that was mainly generated from coal and other fossil fuels. Congress put its foot down with the 2007 energy bill, introducing tougher efficiency rules that are expected to crush the market for incandescent bulbs beginning in 2012. Within a few years, the ever-cheaper CFL may dominate the Lighting market.
But don't count out Thomas Edison's original bright idea just yet. Despite the U.S. Department of Energy and EPA pushing CFLs, many people are still turned off by the light they emit, which is slightly bluer and more flickery than incandescents' warm, steady glow. To meet this lingering demand as well as the upcoming federal efficiency standards, several companies are scrambling to roll out a wave of next-generation incandescents. These bulbs keep their familiar shine and radiate less heat by reflecting some of the filament's light back inward. They're still more expensive than CFLs, but the price of such technology usually drops if it's successful.
Light(s) at the end of the tunnel
The future of artificial lighting is hazy, thanks to several recent technological and regulatory upheavals. Traditional light bulbs are almost certainly doomed once the new U.S. efficiency regulations take effect in 2012, leaving CFLs and improved incandescents to fill the void.
There's also a dark horse light bulb lurking in the shadows - light-emitting diodes, better-known as LEDs. These are already common in a variety of devices, ranging from the blinking red light on a video camera to the green power button on a computer. LEDs are more efficient, versatile and long-lasting than either incandescent or fluorescent lights, emitting light in a specific direction rather than radiating it outward indiscriminately, which wastes energy. They also absorb back what little heat they produce into an internal heat sink, leaving the LED itself cool to the touch.
While LEDs may seem like the obvious choice, they're still not entirely practical as a commercial substitute for incandescents or fluorescents. Several companies make bulbs that rely on diodes, but they aren't cheap. Odds are good the technology will eventually let LEDs overthrow their predecessors, but until then, the EPA and DOE are giving CFLs the green light.
Sielement LED Lights, leading led lights manufacturer, led lights supplier, led lights provider, led lights vendor, suppling led lighting products such as led tubes, led bulbs, led spotlights, led par lamps, led panel lights, led strips (led tapes, led ribbons), led light bars, led wall washer lights, led grow lights (plant growth led lights) etc.
Wednesday, January 19, 2011
Awesome, LED Light Shoes!
Remember we posted an article about LED Light Underwear a few weeks ago. Now, some other cool stuff are found. This time, let’s check the LED light shoes out!
Doesn’t it look cool? I can not wait to buy one, lol…
Incredible, seems the designers can use LED to create things beyond imagination. LED clothes, LED shoes, and next time, maybe LED light hair?
Originally posted by: sielement.com
LED Light Shoes
LED Light Shoes
Incredible, seems the designers can use LED to create things beyond imagination. LED clothes, LED shoes, and next time, maybe LED light hair?
Originally posted by: sielement.com
Saturday, January 15, 2011
Creating atomic bomb mushroom cloud with LED lights – DIY
Can you imagine that you can creat atomic bomb mushroom cloud at home (complete DIY)? This article will show you how to achieve this. Tips: LED lights is the keyword.
- LED Light Atomic Bomb Mmushroom Cloud
In fact, anyone with physics knowledge of a junior high school level should be capable of coping that. Now let’s start learning the atomic bomb mushroom cloud tutorial, with the help of some simple instructions and demonstration graphics. Take some notes if nessary, then, after that, you can go home and make your own mushroom cloud with LED lights
Step 1: buy some cauliflower from the supermarket, get a glass jug (must be transparent) and cover the glass jug with split cauliflower completely from outside, until the glass jug can not be seen.
- Step 1
Step 2: Get enough cotton and a wire, bend the wire into a circle, then wrap the wire around with cotton.
- Step 2
Step 3: The most important but simple step – put a bright LED bulb which is connected to the power supply into to the glass jug.
Step 4: The most exciting step – turn the LED bulb on. Now you will see the spectacular mushroom cloud! Enjoy the end of the world brought by the home-made atomic bomb, 2012 is really close indeed.
- Translated by Sielement.com
Monday, January 10, 2011
Video: Shenzhen Underground LED Lights Project (1)
Short video shot in the underground in Shenzhen, Guangdong, China, demonstrating different lighting effect between fluorescent tubes and LED lights. Left: LED tubes; right: fluorescent tubes.
LED Lihgts: the ceiling looks darker, the wall looks darker, but the ground looks brighter.
Traditional fluorescent tubes: the ceiling looks darker, the wall looks brighter, but the ground looks darker.
Very good example to show LED lights are directional lighting. Hope you would enjoy this video.
Copyrighted: http://www.sielement.com
Friday, January 7, 2011
Diagrams of Typical LED Spotlights: GU10
Continuing with our last post” Diagrams of Typical LED Light Bulbs: E26,E27” regarding globe E27 LED light bulbs, in this post, we will talk about GU10 LED spotlights.
GU10 spotlights have been commonly used in spotlighting applications. Traditional GU10 spotlights are halogen lamps. Typically, under current light efficiency of LEDs, 3W LEDs is equivalent to 20W halogen lamps, and 5W or 6W LEDs is equivalent to 40W halogen lamps in terms of lux. Here the picture shows a 4*1W GU10 LED spotlights. See Fg. GU10 LED Spotlights.
From the appearance point of view, GU10 LED spotlights and halogen spotlights look very similar. However, in fact, the difference between them is tremendous.
Light Source: light source is the essential difference between LED spotlights and halogen lamps, and that’s the reason why LED lights are much more efficient than halogen lamps. halogen lamps generate light by heating tungsten that covered by halogen gas, while for LEDs, simply describing, when current goes through LEDs, compounded particles in P-N junctions will then release photons (energy). LEDs generate less heat when emitting light, that’s the reason why LEDs are much more efficient than halogen lamps and incandescent bulbs.
Materials: materials are different, LED spotlights usually need aluminum heatsink for heat dissipation while halogen spotlights do not – their lamp bodies are usually made of plastic.
Driver: furthermore, LED spotlights need drivers (or transformers) in order to be running in existing GU10 fittings, normally 110V or 240V high-voltage fittings.
The picture below illustrates a typical GU10 LED spotlight exploded view. The spotlight is decomposed into 7 components as can be seen from the diagram. The following are the corresponding annotations.
More interesting stories about LED light bulbs, such as MR16, Par30 etc will be posted soon.
Copyrighted by: www.sielement.com
Image Source: ledcax.com
GU10 LED Spotlights
From the appearance point of view, GU10 LED spotlights and halogen spotlights look very similar. However, in fact, the difference between them is tremendous.
GU10 LED Spotlights Dimension
Materials: materials are different, LED spotlights usually need aluminum heatsink for heat dissipation while halogen spotlights do not – their lamp bodies are usually made of plastic.
Driver: furthermore, LED spotlights need drivers (or transformers) in order to be running in existing GU10 fittings, normally 110V or 240V high-voltage fittings.
The picture below illustrates a typical GU10 LED spotlight exploded view. The spotlight is decomposed into 7 components as can be seen from the diagram. The following are the corresponding annotations.
GU10 LED Spotlights Components
- Lens: beam angle usually customizable
- Screws
- LEDs
- MC PCB
- Heatsink
- Plug holder
- Replacable plug: GU5.3,E26,E27,B22
More interesting stories about LED light bulbs, such as MR16, Par30 etc will be posted soon.
Copyrighted by: www.sielement.com
Image Source: ledcax.com
Sunday, December 5, 2010
Chinese Government Publishes the Demonstration Project Bid Award list of Solid State Lighting Applications, Raising Expectations for Its LED Domestic Market
The Chinese central government has recently held a large-scale open bidding for LED lighting products. The National Development and Reform Commission, Ministry of Housing, and Urban-Rural Development Commission and Ministry of Transport conducted the tender evaluation together and published the bid award list on November 24th, 2010.
LEDinside, the LED research division under Trendforce, realizes that 28 LED lighting companies out of 94 bidding industry players have become bid winners. Bid products include LED street/tunnel lamps, LED down lights, reflector type self-ballasted LED lights (MR and PAR series). Most bid winners are China's local LED manufacturers, but the LEDs they adopt require high specifications, so Cree is undoubtedly the biggest winner. As the LED demand increases with the progress of the demonstration projects, Taiwan LED manufacturers can have an opportunity to enter the supply chain.
The award criteria emphasize the product quality, price and comprehensive strength of the manufacturer. LEDinside thinks that the technical award criteria require high specifications and quality of the LED lighting product. Apart from the safety requirement for lighting fixtures, the initial luminous flux, luminous maintenance factor and power factor also have related criteria respectively. Thus, the bid winners have actually obtained the endorsement and support from the government, which will immensely help expand the mainland market in the future.
According to LEDinside’s analyst, the bidding puts certain scale limitations on the demonstration projects applied by governmental units. For example, no less than 5000 indoor LED lighting products must be applied into the construction/renovation project of architectural lighting; no less than 500 LED street/tunnel lamps must be applied into the construction/renovation project of secondary road, branch road or tunnel lighting. Besides, each unit will release orders totaled at least 3 million RMB. As more and more government units will apply for the demonstration projects based on the award criteria, the LED industry development has a bright version in the near future.
Original Source: LEDinside
Reposted by: Sielement Technologies, LEDs Lights Manufacturer and Provider
Products providing: LED Lights, LED Tubes, LED Bulbs, LED Strips, LED Spot Lights, LED Down Lights, LED Panel Lights, LED Grow Lights etc.
http://www.sielement.com
info@sielement.com
LEDinside, the LED research division under Trendforce, realizes that 28 LED lighting companies out of 94 bidding industry players have become bid winners. Bid products include LED street/tunnel lamps, LED down lights, reflector type self-ballasted LED lights (MR and PAR series). Most bid winners are China's local LED manufacturers, but the LEDs they adopt require high specifications, so Cree is undoubtedly the biggest winner. As the LED demand increases with the progress of the demonstration projects, Taiwan LED manufacturers can have an opportunity to enter the supply chain.
The award criteria emphasize the product quality, price and comprehensive strength of the manufacturer. LEDinside thinks that the technical award criteria require high specifications and quality of the LED lighting product. Apart from the safety requirement for lighting fixtures, the initial luminous flux, luminous maintenance factor and power factor also have related criteria respectively. Thus, the bid winners have actually obtained the endorsement and support from the government, which will immensely help expand the mainland market in the future.
According to LEDinside’s analyst, the bidding puts certain scale limitations on the demonstration projects applied by governmental units. For example, no less than 5000 indoor LED lighting products must be applied into the construction/renovation project of architectural lighting; no less than 500 LED street/tunnel lamps must be applied into the construction/renovation project of secondary road, branch road or tunnel lighting. Besides, each unit will release orders totaled at least 3 million RMB. As more and more government units will apply for the demonstration projects based on the award criteria, the LED industry development has a bright version in the near future.
Original Source: LEDinside
Reposted by: Sielement Technologies, LEDs Lights Manufacturer and Provider
Products providing: LED Lights, LED Tubes, LED Bulbs, LED Strips, LED Spot Lights, LED Down Lights, LED Panel Lights, LED Grow Lights etc.
http://www.sielement.com
info@sielement.com
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