When I bought my home, I noted how all the heat in the place is constantly rising to the upstairs. Doesn't matter if it's natural heat in July and August... or furnace heat in December and January... it's all the same. Downstairs cool. Upstairs hot.
And since I put my bedroom and office cat's playroom upstairs, those rooms can get uncomfortably warm. So I took a cue from places like New Orleans and Maui and installed ceiling fans...
They. Are. Wonderful.
And since they are controllable from my home automation system, the fans can be controlled remotely. No need to get out of bed to turn them on/off or change the speed. I can do all that from the iPhone on my nightstand. Or by saying "Alexa, set David's fan to medium."
What I really need to do is get a temperature sensor and have everything programmed to happen automatically! The fan speed could be determined by detected temperature ranges. That way air could be circulating as needed, even when I'm not home.
The best thing about ceiling fans is that I don't have to run the air conditioner as often. Especially at night when I'm in bed and the fan is above me. This saves a crazy amount of electricity... and if I were able to install them in the downstairs living room and guest bedroom, I could probably get away with no air conditioning at all. Alas, the recessed lighting cans I need to install from are in all the wrong places, so... no joy there.
A summer project I've been bouncing around in my head is to install a ceiling fan in the stairwell. That way I could have it running in the winter to keep the heat downstairs where it belongs. Or so I'm guessing. Air flow thermodynamics are not something I pretend to understand.
And now for my metaphorical explanation of kidney stones from 2009...
Let's say that you built a new greenhouse where the plants require special water. Highly filtered water, you might say. So you build a nice system where dual filtration units remove all the impurities, then pass the filtered water off into a bucket. The bucket in turn feeds a massive nozzle which you then use to spray your plants...
The key to comprehending this system is understanding just how massive the nozzle is. It's enormous. Firefighters are in awe of just how big it is. You could hose down an entire football field plus a team of cheerleaders in just five minutes (assuming you didn't want to take your time, of course)... because that's how astoundingly large this nozzle is.
Unfortunately, the tubing you bought to feed the system is way too small. It's also very soft, and easily ripped if anything sharp comes near it. It can also be prone to tearing if you force something too wide through it. And no, I don't know why. Maybe you spent all your money on the massive nozzle and didn't have enough left over to buy decent tubes... whatever... it's not important.
What IS important is that the nozzle is just fine. The nozzle works perfectly and can handle just about anything you throw at it. It's the tubing which is totally inadequate to the task here.
Because, oops! Every once in a while the filters let a particle slip through. This causes all kinds of agony, because those little tubes just aren't built to handle it. Eventually, it will most likely make its way through the system, but it's a painful process. The worst, most horrifying part is in the tubes leaving the filters and depositing into the bucket. These are the tubes least able to cope with the damage. You get something going through here and you become so traumatized that all you want to do is burn down the entire greenhouse.
The tube from the bucket to the massive nozzle is uncomfortable, but nowhere near as painful...
Blargh. Having a particle stuck here feels like you have a little razor blade about to run through your nozzle. It also makes you feel like your bucket is full all the time. So you spend your entire day running to the greenhouse even though your bucket is mostly empty. What time you don't spend at the greenhouse is spent in quiet discomfort, just waiting for the particle to finally exit your filtration system so you can get back to a normal gardening experience.
And I would really, really, like to get back to normal so I can start living my life without having to worry about the spikey rock headed down my massive penis nozzle.
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How do you have your ceiling fans automated? Is it the fans themselves?
INSTEON has a module specifically for ceiling fans. It fits in the cowling of many units… though it was a *very* tight fit in mine, and I ended up having to cut a bunch of excess wire out in order for it to even fit inside.
They also have a wall-switch controller which has buttons for the light on/off as well as fan settings low/med/high/off. It’s a real pain, because you have to program the fan controls to act like radio buttons so that the light indicator is correct. Otherwise the buttons just toggle the light on/off independent of the state of the actual ceiling fan.
I recall your trip to SLC in April 2008 when you had kidney stones (and the pain that went along with them). Sorry to hear you are having to deal with them again.