LED replacement bulb
Cost to Benefits and how to calculate them
LED replacement bulb: - The cost to benefits of replacing a regular
incandescent bulb with a LED bulb and how to calculate that benefit
Over the
course of the next 7 years you will save $$ about 97% on
powering a LED replacement bulb compared to your current
regular light fixture. But
how about the benefit you get from the buying price ... ?
Well, the
price of a LED light bulb is somewhat high, I agree. But that doesn't
mean you won't save
$$, because you WILL, in fact.

Why you aks? Well, let's see then: - For
a LED light bulb you fork
out say
$35 on average this year (2008), true.
But when you add the price of
the
additional 59
regular light fixtures that you
WILL also
need to buy to replace a 67cent regular bulb
in the same 7 year period just ONE LED light bulb will suffice - what
happens then?
You actually get a price higher then the
price of that one LED bulb.
Jump to this
color changing bulb in the fun-LED
store
NEW!
>>
You will
find that running a regular bulb is insanely expensive!
So the overall cost a
LED replacement bulb drawing a total of 120 kW power for
about 7 years (6.85yrs, 17.5 kW/yr, 10cents/kW) is say $12 plus the
price: $35. All up $47.
Compare that
to 60 bulbs using 97% more power (525.5 kW/yr) at the same cost: comes
up to $360
PLUS
60 times(!)
67cents -- this for the price of the 60 bulbs used in the same period
of time:
All adds up to $400.20!!!
The
bottom line is that you pay
$47 for a LED bulb vers $360 for
a regular incandescent bulb. How's that for cost benefit.
And
the Time to Break Even?
To calculate the time in years (yrs) you will break even -
time spent before you start
taking profit -- the formula will look like this:
$ for time
(yrs) regular bulb
used = $ for time (yrs) LED bulb used
No of yrs x [ (regular bulb kW/yr x power price $/kW ) +
No of regular bulb used No/yr x regular bulb price $) ] =
= No of yrs x (LED bulb
kW/yr x power price $/kW ) + 1 No LED bulb price $
Using the above data that I tabulated below for easy comparison I have
calcuted
the actual
break
even time -- it is not
even a year.
| regular
bulb (kW/yr) |
525.5
kW/yr |
| power
price ($/kW) |
10cents |
| No
of regular bulb used
(No/yr) |
8.76
No/yr |
| regular bulb price ($) |
67cents |
| LED
bulb (kW/yr) |
17.5
kW/yr |
| LED bulb price ($) |
$35 |
In
fact, it is just 7.5
months and you start
pocketing the profits on your investment for up to 7 straight years --
or however long your LED unit will last!
But the current
trend WILL
continue and
LED
prices
will drop. Meanwhile, power prices will rise. Why? Because
increasing
demand and environmental infrastructure investments will force that to
happen. So suppose LEDs drop to half the current price and
power
prices double. -- With a LED replacement bulb then you will break-even
5 times faster -- in less then
1.4 months
(or about
5.5 weeks.) Meanwhile the difference you will have started pocketing
grows even bigger: In the same approximately 7 years
you will have spent $41.5 on one
LED vers a whopping $760.2 for 60 regular incandescent bulbs
you would have used in the same period of time!!!
There is no point in calculating this further - you win by a large
margin, whichever way you cut it. And as time passes you will win much
more.
Not to mention that
many fun LED devices are
VERY
reasonably
priced. Especially if you add
all
the neat stunts you can do with them. Color changing
without a filter. Programmability and single point color changing. And
for many LED stuff
NO
heat at the light source itself! Which regular bulb can do
THAT?
The bottom line? The cost to benefits of LED replacement bulbs far
outweigh the cost to benefits of a regular bulbs -- more than 8 times.
And as LED prices drop and energy prices rise that ratio will
increase to more than 18 times and beyond.
Find my
preselected and
reviewed LED replacement bulbs
on the next page.
LED
replacement bulbs cont. >>
Related Articles and
Resources
Good LED bulb heat management explained
Other
energy saving bulbs.
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