Yes. That’s a roof of consumption to the poorest ones. They pay a little fee to have 80kwh per month.Per month?!? I use around 4,800 kWh during peak summer months! My electric bill for July, August, and September is usually >$600.
Yes. That’s a roof of consumption to the poorest ones. They pay a little fee to have 80kwh per month.Per month?!? I use around 4,800 kWh during peak summer months! My electric bill for July, August, and September is usually >$600.
OP created a thread with a sensationalized heading about saving 50% on their electric bill, and then does not say how much they saved. 3 pages and several responses deep, and still has not said a word about the amount of savings. Frankly, that is bizarre.The other way to say this would be: “I wonder about the overall cost savings. Would you mind posting the amount you were charged in each month?”
That way you aren’t coming off as attacking and rude. The other way for me to say that would be: “There’s nothing bizarre about not sharing his total dollar savings, as that was not what his post was about, and I’m not entirely certain that anyone has actually asked him to do that.“
OP: Love hearing about, and seeing, the reduced energy consumption.
Well, you didn’t asked before...Still it would be infinitely useful to everyone for you to share what the dollar savings was, which you bizarrely have still declined to do.
Lemon, I didn’t said it was a saving in currency. It’s a hell to understand how it is charged. I said that the consumption has dropped by half.OP created a thread with a sensationalized heading about saving 50% on their electric bill, and then does not say how much they saved. 3 pages and several responses deep, and still has not said a word about the amount of savings. Frankly, that is bizarre.
No electric vehicle. Use gas for heat, cooking, and hot water; but, have an electric washer and dryer. We have one child. We live in a 4,900 sq ft home and have two in-home offices (one for my wife's photography business, one for my consulting business). My wife stays at home all day as she primarily works from home. Thermostats during the summer are set at 72-73 during the day/night except for master bedroom that is set to 67 during the night.That's crazy, I think there's a substantial difference in consumption patterns and lifestyles between peoples, societies and individuals of course.
I share an apartment with my GF much like the OP, chill temperate climate year-round, maybe a bit cold on winter / hot on summer, think 80-85 fahrenheit high on summer 30-35 lows on winter, because my monthly consumption hovers around 100 kwh I get the maximum subsidy, which means I pay around 5 USD every two months for electricity.
We own a modern car and have I'd say a middle-class kind of lifestyle, I cannot possibly consume more than 300-400 Kwh even if I'd try to. I guess you have kids, and maybe own an electric vehicle. Our electric footprint (no offense intended, I say this respectfully) couldn't be more apart.
Well, you didn’t asked before...
But, honestly, I don’t think it would be possible for you to understand how electric power is charged down here. In fact, neither do we understand it. We just pay.
In Brazil we have 3 fees. The yellow, the orange and the red one. There are times that the government says that the offer is bigger than demand and so, it lows the fee to the yellow one. When the demand is too high, the government raises the fee for the orange one. And when there’s too many people using too much electricity they will turn it up again for the red.
But it happens that these fees aren’t monthly applied, but daily as demand goes. So you could have all 3 fees billed in a single month.
Further than that, the tax charged will differ from each fee. Things gets worst because the consumer can’t assess how these fees are applied. It’s a mess.
Being honest, the bill don‘t show how much did I paid last month. It only shows the monthly consumption. Having said that I won’t look for the older bills on my files. No, sir, I won’t do that. I’m sorry.
I can show you the values for each fee in time of closure, which is printed in the bill, but as I said, it’s not possible to know how they were applied. Have a look. Good luck to you.
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4800 kWh/month comes out to 6.6 kW average. Seems like you should consider solar and an hvac upgrade, maybe geothermal.No electric vehicle. Use gas for heat, cooking, and hot water; but, have an electric washer and dryer. We have one child. We live in a 4,900 sq ft home and have two in-home offices (one for my wife's photography business, one for my consulting business). My wife stays at home all day as she primarily works from home. Thermostats during the summer are set at 72-73 during the day/night except for master bedroom that is set to 67 during the night.
I just find it odd that I'm using thousands more. I wonder how much I used when I lived in Zambia.
I don’t have a horse in that race. TBH, the kWh figure is more interesting to me since energy prices vary wildly (remember Texas?). He could have posted that he saved $8000/month and all that would mean is that his local government and utilities are crazy.This was definitely an end of the world scenario. Sensationalism at it's highest factor... the worst form of bait and switch I have EVER seen. CLEARLY the OP was intentionally hiding this. /extreme sarcasm.
Wow, what? I use 6000kWh a year (450-550 per month) And that's with an EV, single family home, four occupants. It was around 5000kWh before I got the EV. I see you're in the US, where exactly?Per month?!? I use around 4,800 kWh during peak summer months! My electric bill for July, August, and September is usually >$600.
Lemon, I didn’t said it was a saving in currency. It’s a hell to understand how it is charged. I said that the consumption has dropped by half.
I‘m sorry to not been able to provide you the information you want or as you want.
I’m really sorry.
I've been to South America (Peru) - I'm not at all skeptical that a high end gaming computer could easily be a good chunk of someone's electricity for the month. Here in the USA? I posted my own electrical usage. Without AC, I use 8-9kwhr a day. With AC, I can easily hit 30kwhr a day. My computers don't factor into a meaningful % of that. The OP is in South America.No. The assertion is just baseless. Unless you have a bunch of gpus mining cryptocurrency 24/7, your computers are not near 50% of your household power consumption, and removing them without replacement would not drop your electricity bill that much.
Assuming this actually happened (and I'm skeptical), you aren't accounting for something.
No. The assertion is just baseless. Unless you have a bunch of gpus mining cryptocurrency 24/7, your computers are not near 50% of your household power consumption, and removing them without replacement would not drop your electricity bill that much.
Assuming this actually happened (and I'm skeptical), you aren't accounting for something.
I suppose this could be possible if you don't use household outlets for anything (they still consume a little power), don't own a refrigerator, an electric stove, or almost anything other than your computing devices, as that's what it would take. Even then I'm not sure it's a 50% drop in power consumption from intel mini -> M1 mini. Numbers might be around somewhere.
Even then I'm not sure it's a 50% drop in power consumption from intel mini -> M1 mini. Numbers might be around somewhere.
I've been to South America (Peru) - I'm not at all skeptical that a high end gaming computer could easily be a good chunk of someone's electricity for the month. Here in the USA? I posted my own electrical usage. Without AC, I use 8-9kwhr a day. With AC, I can easily hit 30kwhr a day. My computers don't factor into a meaningful % of that. The OP is in South America.
The computer that I sold was a PC. An i9 9900ks CPU with a RTX2070. Not an Intel Mini.
Honestly I think that all that can be said about it are in the past posts.
But, if you really wants to know, we do have a fridge, a microwave, a laundry machine, an electric iron, 3 led TVs, 2 AC, an iMac (my wife’s), a laser printer and a inkjet one. We have mobiles, iPads, a lot of chargers (for my camera’s battery, some battery operated tools), and one pair of bookshelf’s loudspeakers.
We use gas for cook and for heat water.
Hey, enjoy that M1 processor. I sure am. I even got one for my mother in law. These things sip power and stay super cool. Love them.The computer that I sold was a PC. An i9 9900ks CPU with a RTX2070. Not an Intel Mini.
Honestly I think that all that can be said about it are in the past posts.
But, if you really wants to know, we do have a fridge, a microwave, a laundry machine, an electric iron, 3 led TVs, 2 AC, an iMac (my wife’s), a laser printer and a inkjet one. We have mobiles, iPads, a lot of chargers (for my camera’s battery, some battery operated tools), and one pair of bookshelf’s loudspeakers.
We use gas for cook and for heat water.
Hmm.. I read the OP but I must have glossed over the build stats there. These are two entirely different classes of machines, but this would suggest that his previous computer accounted for >50% of power consumption, presumably significantly more than 50%, due to minor use associated with keeping the lines active and the amount still needed by the M1 mini. Otherwise that wouldn't even be possible. That seems insane to me.
The question isn't "does he reduce his bill by half?" but is rather "does he reduce his monthly consumption by 220kWh?" It's just a minor detail that's nearly half of his original bill. If I did that, it would be nearly half my monthly consumption. If southerndoc did it would be just 5% of his monthly consumption.
A typical weekday's workload for me includes lots of web browsing and document writing, along with occasional gaming and other heavy workloads. At the end of the week, my Kill-A-Watt meter read 11.02 KWh of usage. Since the average cost of electricity is around 28 cents/KWh here ....
We find that desktop computers are used for an average of 7.3 hours per day (median = 4.2 h/d), while laptops are used for a mean 4.8 hours per day (median = 2.1 h/d). The results for laptops are likely underestimated since they can be charged in other, unmetered outlets. Average unit annual energy consumption (AEC) for desktops is estimated to be 194 kWh/yr (median = 125 kWh/yr), and for laptops 75 kWh/yr (median = 31 kWh/yr).
So, can switching a power-hungry PC out for a Mac M1 Mini reduce monthly power consumption by 220kWh? And if not, what do you think is a more likely amount?
Depending on AC usage and room size, maybe even more. I can get away without AC using low power electronic devices, even in the summer approaching 100F. I just keep the windows shut and roller shutter down during the day and open everything up at night. Running a PC, there’s no way doing that. The PC is heating up the room so much, I have to use AC.So, can switching a power-hungry PC out for a Mac M1 Mini reduce monthly power consumption by 260kWh? And if not, what do you think is a more likely amount?
A base Mac Mini M1 8GB/256GB costs 8699.00 Brazilian Reals (BRL) or $1707 USD.
https://www.apple.com/br/shop/buy-mac/mac-mini
Cost of electricity in Brazil is 0.697 Real per kWh.
https://www.globalpetrolprices.com/Brazil/electricity_prices/
8699.00 BRL gets you 12481 kWh of electricity.
If your usage didn't change between PC and Mac Mini M1 then your PC was mostly idle with a consumption of about 83W.
For the cost of a new Mac Mini M1 you could run your PC for 15037 hours or 627 days and you're not giving up versatility.
Instead, you can disable boost clocks or underclock your PC CPU and GPU to further lower power consumption and buy a Raspberry Pi 4 8GB to supplement for light desktop duties.
But the chart shows consumption not the amount paid.