More favor induction lighting over LED lamps

 

Here are some more posts/article that favor induction lighting:  cheaper, are more efficient, and are brighter:

Oplights on induction lighting

Bemilighting says Induction Lighting  is more refined and has more visible lumens than say LED or HPS

Sustainable business says Induction Lighting is superior over LED

Carolina lighting favors magnetic induction lighting

                                 


              

You tube video on US induction lighting

LIghting account for 25% of total electrical consumption in a building. It is cheaper to buy and maintain. Induction lighting 101. Induction lighting is actually flourescent lamp. But they fail between 10 to 20t hours. Induction lamps do not have electrodes. They could last for 10 years if they are used 24 hours. They would last 20 years if used for only 12 hours a day

Induction lighting principles from You tube

 An induction lamp is actually a flourescent lamp without the electrodes. It does not therefore have electrodes that corrode or malfunction, or future leaks of gases.  Both though have mercury pellets that when excited by elecromagnets emit UV rays that strike the phosphor that emit the light.

Videos on induction lighting:

LED vs Induction Lighting at You Tube

Let us see more comparison between LED vs Induction Lamps.  Who do you think wins?







Induction lighting is based on Tesla discovery that elecromagnetism can induce the production of light

Comparison between LED lamps and Induction Lamps

 Repost from Premier Lighting
 


The most energy efficient and long life lamps are undoubtedly LED lamps and induction lamps.  Thus they are the desired retrofit for large area and outdoor lighting:  park lamps, street lights, and other types of lighting that require less change and maintance (those that are difficult to reach as in high ceilings or lamp post.

How do they operate work:


Light Emitting Diodes (LEDs)
Instead of using a filament (like incandescents) or gas (like CFLs), LEDs produce light through the flow of electrons in a semiconductor material made of positively and negatively charged parts. When an electric charge strikes the semiconductor (i.e. the light is turned on), electrons flow through “holes” in the material from a negative to a positive layer. As the excited electrons pass through the positively charged holes, they create light which causes the LED to illuminate.
Induction Lamps
Induction lamps are somewhat similar to fluorescent bulbs in that they create light by using an electromagnetic field to excite mercury particles mixed in an inert gas. However, instead of using metal prongs, which often break or become stripped, induction bulbs are excited through a powerful electromagnet positioned outside the bulb. This setup also eliminates the problem of leaky bulbs (common with fluorescents), where outside gasses seep inside and disrupt the balance of inert gasses.

Comparison between LED lamps and induction lamps

Induction & LEDs Compared

	Induction	LED
Energy Efficiency	Up to 90 Lumens/Watt	Up to 120 Lumens/Watt and improving
Durability	Heavy-duty – has no electrode or filament, shock & vibration resistant	Heavy-duty – has no electrode or filament, shock & vibration resistant
Lifetime	100,000 hours at R50	100,000 hours at L70
Lumen Depreciation	35% by rated life	30% loss at rated life
Cold Tolerant	- 40 F (may require warm up time at low temperatures)	-30 F (instant on)
Performance	Turns on instantly, no flickering or glare	Turns on instantly, no flickering
Color Temperatures	Multiple Options (2700 to 6500 Kelvin)	Multiple Options (2700 to 6500 Kelvin)
Color Rendering	Average 80 CRI	70 to 90 CRI
Dimmable?	No- unless special ballast	Yes- most
Warranty	3 to 5 years	Usually 5 years
Cost	Moderate upfront cost	Moderate upfront cost

LED lamps, the more expensive alternative gets most of the buzz, but induction lamps are more superior

From SEGA technologies

 

LED lamps get the more attention but are more expensive.  The real winners in terms of longevity, lumens per watts are induction lamps

Induction lamps have lifespan of over 60,000 hours and has 50% less energy consumption compared to CFL, mercury vapor, high pressure sodium lamps

LED have light conversion efficiency of 55 lumens per watt;  there are those with 70 lumens per watt but are expensive.  Induction lamps have efficiency of 65 to 82 lumens/per watt.  Thus a 200 watt LED will produce l1,000 lumens (the claim for 12,000 lumens for a a 120 watts fixture was over stated?) and a comparable induction lamp will produce 16,000 lumens (on the high side).  Thus induction lamps would have superior in high illumantion area like theater, gyms or outdoors (we should have read this before)

They have faster restart, high power factor, and uses less mercury (and therefore less toxic) and more environmentally friendly

Price:   induction lamps will cost 75 to 80% lower than a similar LED lamps fixture.

Advantages of Induction lamps

1.  Longer life since there are no electrodes that degrade;

2.  Lower operating cost

3. High power factor

4.  Instant restart compared to MV and HPS lamps;  there is not much heat generated;

5.  Lower maintenance cost due to high lumens/watts;

6.  Use less mercury vs flourescent and CFL lamps

• These benefits offer a considerable cost savings of around 50% in energy and maintenance costs for induction lamps compared to other types of lamps that they replace.

                             

  Comparison between Metal Halide (MH)  High Pressure Sodium (HPS) and Induction Lamps

   

   
                                                 

Which is more superior: LED lighting or Induction lighting

                                     

Our companies bought over half a million worth of LED lamps last week. Last night, I saw most of them and they were good.  This morning I read posts on which is better:  LED or induction lighting.  I think we jumped too soon on the LED, although function wise, we were right because the use was for street lighting

Thus induction lamps are less expesive and has higher lumens output over comparable power consumption.
                                          





Thus we can see that induction lamps has longer life than LED and other similar lighting system

                     

Higher lumen output at comparable watt input