We went with CFLs in the house for two reasons, to save on energy costs and to not have to replace light bulbs all of the time.
In our city house we had some track lighting that went through light bulbs like a scat through a goose. I was constantly changing light bulbs. We had some hanging lights in the kitchen that I had used to replace the plastic 70's style hanging light fixtures after I bought the house. We liked the new fixtures but they used a halogen bulb that would burn out after a month or two and the bulbs were expensive. I think the kitchen fixtures and the track lighting were heating up and killing the bulbs.
Our house has 85ish can lights inside and outside the house and everyone has a CFL. Since it is a can light all of the bulbs are pointing down. I really don't think or bulb failures were from use in can fixtures since the bulbs are not heating up that much and we have some CFLS that are almost 10 years old. The bulbs that failed were just scat in the first place. Some of them failed right out of the packaging and some within days of use. The bulbs were just garbage. Most of our bulbs are R30 or R40 which means there is a glass bulb/reflector wrapped around the CFL spiral. If heat was going to kill these bulbs I don't know if the cans would have much of an effect since the bulbs are already sealed into container.
I have started to replace the R30/R40 bulbs with regular CFLs due to cost and I have found that the cheaper non brand named CFLs fail just like the R30/R30 bulbs. The bulbs we used when we built the house were all from HD while the high failure CFLs are from Lowes. I don't know if that really makes a difference though. In any case, we only buy named brand bulbs at this point.
With no AC usage the power bill is around $110 a month. A good part of the bill is clothes drying. The clothes washer uses some unbelievably low amount of power, something like $10 a year, but the dryer is a different story. It sucks up power and heated air which then get blown out of the house. With two kids, the washer and dryer run for hours each day. I have been tracking our power usage, and at night, we use around 8 KWH which is from the fridge, freezer, some lights, and phantom power usage. During the day, I can tell when the wifey has been home and when she has been doing laundry because the power usage is drastically higher than at night or when she is out of the house.
If I could get away with it, I would "buy" her a solar power clothes dryer, but I think this would cause me great pain. :laughing::laughing::laughing:
Later,
Dan