Where2
Feeling the Heat
What are the shower heads now, 1.5 gpm?
Standard heads are 2.5gpm. I've got a collection of basic Moen 2.5gpm units lying around waiting to be re-purposed.
What are the shower heads now, 1.5 gpm?
14.6 kWh/month minus your new usage of 3.65 kWh/month = 11 kWh/month = $1.75 / month difference in your bill. Is your electric usage really that consistent that you could see that decrease in your bill? I mean, mine goes up and down by $100 from one month to the next.I recently (within the last year) replaced my 20+ year old electric garage door opener, and I noticed an decrease in my monthly consumption. I've read that newer units use about 5W standby and older units used 20-30W standby. That difference can really add up in a month - 20 W/h for a month is 15 kWh per month.
I've been confounded by this also, that people can measure the effects of mods based on utility bills. Given changes in weather, occupancy, household habits, etc. I can't imagine using monthly electrical usage to gauge results.14.6 kWh/month minus your new usage of 3.65 kWh/month = 11 kWh/month = $1.75 / month difference in your bill. Is your electric usage really that consistent that you could see that decrease in your bill? I mean, mine goes up and down by $100 from one month to the next.
Last month, despite using a lot more than our usual resistive electric heating (we had a guest staying in our guest suite, and there's resistive baseboard heating and a separate electric water heater in that bathroom), 20 amps worth of Christmas lights running 6 hours per night for most of the month, and our usual load of lights and refrigerators, we somehow had the lowest bill ever. Both this bill and the previous were listed as "actual", not "estimated". The only thing I figure, aside from someone making a very serious mistake in reading the meter, is we finally managed to "lap" the meter past the full count in one month.
These days with super low wattage light bulbs, I look at a 30 watt waste as three bright light bulbs on all the time. I would be barking at the kids to shut those dang lights off when that vampire load is chewing up so much light.
My whole power bill, even this time of year with that monster hot tub, all electric house, is 100$ per month. I wouldn't notice a 15 kwh change. With each bill, the power company does provide last year's use for the same month as comparison along with outdoor temps. It is easy to see a change but probably not a tiny one like that.
Do I remember you doing some work last year in a similar thread trying to find where your juice was going? Sounds like you might have found it with the $100/mo current bill - what did you find back then? It wasn't the tub?
With 200 bulbs, I wouldn't be surprised if lighting isn't one of your heavy loads.Geez... our usage varies between 1600 and 2500 kWh per month, depending on who's home, house guests, and outside temperatures. I suspect our biggest users are our dehumidifiers, of which we have three. No way in hell I'm noticing a 15 kWh difference, intentional or otherwise.
It would be interesting to figure that out, but my gut tells me it's probably only 10 - 15 kWh / day = $49 - $73 / month.With 200 bulbs, I wouldn't be surprised if lighting isn't one of your heavy loads.
You should try heating with wood.The heat pump is the big one, it generally adds about $30/month average (though it can add as much as $80 with high use) and lighting...
Is your electric usage really that consistent that you could see that decrease in your bill? I mean, mine goes up and down by $100 from one month to the next.
My fridge is the largest power usage that I can test with my kill-a-watt. at around 90/mo. Next year (actually this year now) it will be replaced.
Clamp on ammeter (Amprobe) and one of those calculators you get free at the bank / cereal box. Measure usage in different modes of operation, use calculator to extrapolate. Electric stoves are almost purely resistive, so very close to volt-amps = watts.I don't have a way to test the stove without buying rather pricey equipment.
The 25 watt light bulb my wife leaves on in the basement for the cats drives me nuts.
As WG says, it's a clamp on. You clamp on to the fat, hot, insulated wires just before they hit the main breaker in your panel. There is plenty of room right on top of the main breaker in a regular panel to put the little rings in place. The clamp on pickup rings are routed out of the panel through a skinny wire that conveniently slips into the corner cutout of your panel can and under the cover so it's very easy. On the outside of the panel can, those little wires hit a trnasmitter box that you stick on the wall or whatever and it talks to the display unit wirelessly.
You could just as easily clamp the pickups around another circuit in the panel and monitor that circuit's consumption. Really fancy monitoring systems have several clamps and allow you to log as many circuits as you want. Sheesh, start with the main. This allows you to backcheck the meter readings if you think the utility is robbing you.
We use essential cookies to make this site work, and optional cookies to enhance your experience.