Anybody else getting compact fluorescents stuffed down their throat? In a few situations I actually like them, but generally, what a farce this whole CFL thing is. I just wrote an article about it.
Where I live, we started the year with a "ban" on 100 and 75 watt incandescent light bulbs. Retailers are not allowed to re-order when their stocks run out. Apart from the non-science, bad math, approach to this whole thing, we have an interesting situation where I live. We have winter. In fact it goes below freezing about 8 months of the year. Right now it is warming up a bit and it's up to about minus 14°C tonight. For my American friends, I think our weather can be compared to Minnesota.
There are two things which are different in colder and rural areas. One, we use 100 watt bulbs to keep pumps and other water equipment from freezing. That is traditional and time proven. Heat tape doesn't heat a small area and doesn't give light. We will have to find a different solution such as a heat lamp which is typically 300 watts. The other problem is quite severe lowering of light output of CFLs when cold, and sometimes very short lifespan. I haven't done any real measurements, but intuitively I would say that we actually get more light for less electrical use over any given time when we use incandescents outside. At least for 8 months of the year. They always specify light output when new, but CFLs get progressively dimmer, so IMO, they should specify the area under the curve.
In order to get one that is good and has the light colour that I like, I have to buy half a dozen and then chose one. I'm not sure about the economics of that, but I guess I could ask a politician to do the math for me. lol There is no labeling for temperature, colour, light output over time, or anything which one might need. Couple that with an inability to buy the same device twice in a row, and it's a crap shoot. Anyway, for outside use they are completely inadequate. I need a bulb which will last more than two months and give out enough light to see by. Actually a 15 watt incandescent gives about the same brightness as a 12 watt CFL when it is cold, so I don't see any advantage in paying 4 times as much to gain 20% advantage in electrical usage.
Where I live, we started the year with a "ban" on 100 and 75 watt incandescent light bulbs. Retailers are not allowed to re-order when their stocks run out. Apart from the non-science, bad math, approach to this whole thing, we have an interesting situation where I live. We have winter. In fact it goes below freezing about 8 months of the year. Right now it is warming up a bit and it's up to about minus 14°C tonight. For my American friends, I think our weather can be compared to Minnesota.
There are two things which are different in colder and rural areas. One, we use 100 watt bulbs to keep pumps and other water equipment from freezing. That is traditional and time proven. Heat tape doesn't heat a small area and doesn't give light. We will have to find a different solution such as a heat lamp which is typically 300 watts. The other problem is quite severe lowering of light output of CFLs when cold, and sometimes very short lifespan. I haven't done any real measurements, but intuitively I would say that we actually get more light for less electrical use over any given time when we use incandescents outside. At least for 8 months of the year. They always specify light output when new, but CFLs get progressively dimmer, so IMO, they should specify the area under the curve.
In order to get one that is good and has the light colour that I like, I have to buy half a dozen and then chose one. I'm not sure about the economics of that, but I guess I could ask a politician to do the math for me. lol There is no labeling for temperature, colour, light output over time, or anything which one might need. Couple that with an inability to buy the same device twice in a row, and it's a crap shoot. Anyway, for outside use they are completely inadequate. I need a bulb which will last more than two months and give out enough light to see by. Actually a 15 watt incandescent gives about the same brightness as a 12 watt CFL when it is cold, so I don't see any advantage in paying 4 times as much to gain 20% advantage in electrical usage.
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