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Bitcoin Backlash as 'Miners' Suck Up Electricity, Stress Power Grids in Central Washington (seattletimes.com)
An anonymous reader shares a report: Public hearings for rural electric utilities are rarely sellout events. But the crowd that showed up in Wenatchee two weeks ago for a hearing about Bitcoin mining in Chelan County was so large that utility staff had to open a second room with a video feed for the overflow. The turnout wasn't surprising. Chelan County, along with neighboring Douglas and Grant counties, has been at the center of the U.S. Bitcoin boom since 2012, when the region's ultracheap hydropower began attracting cryptocurrency "miners."
[...] As a result, an area famous for apples, wheat and conservative politics has been transformed into a kind of cyber-boomtown, with Bitcoin mining operations that range from large-scale, state-of-the-art warehouses to repurposed cargo containers to backyard sheds. By the end of this year, according to some estimates, the Mid-Columbia Basin could account for as much as 30 percent of the global output of new Bitcoin and large shares of other digital currencies, such as Litecoin and Ethereum. But as in any boomtown, success has come at a cost. As the cryptocurrency industry morphs into larger, more energy-intensive operations, the Basin's three public utilities districts (PUDs) are reassessing how they deal with it, and whether they can -- or should even try to -- keep up.
[...] As a result, an area famous for apples, wheat and conservative politics has been transformed into a kind of cyber-boomtown, with Bitcoin mining operations that range from large-scale, state-of-the-art warehouses to repurposed cargo containers to backyard sheds. By the end of this year, according to some estimates, the Mid-Columbia Basin could account for as much as 30 percent of the global output of new Bitcoin and large shares of other digital currencies, such as Litecoin and Ethereum. But as in any boomtown, success has come at a cost. As the cryptocurrency industry morphs into larger, more energy-intensive operations, the Basin's three public utilities districts (PUDs) are reassessing how they deal with it, and whether they can -- or should even try to -- keep up.
Is there any evidence of intelligent life on Earth?
I hope the Bitcoin mining hardware and its installation conforms exactly to the local electrical code. Also, home users of more than a certain number of kWh per month should expect to pay more per kWh. Bitcoin is interesting, but it's a horribly wasteful way of transacting business.
200A at 240V (what most US houses have) can mine a lot of coin. Remember that amps are PEAK load, and most houses use maybe 1/10 of that on average through a day. So there's still room for Bitcoin mining even with average electrical service.
A bit hypocritical to want to charge Bitcoin miners for how they use electricity while at the same time arguing that its none of ISP's business how their data pipes are used, no?
I remember getting into an argument here about four years ago about this problem with Bitcoin- that "mining" coins is based on everyone racing to use as much electricity as possible, and the number of kilowatt-hours burned per generated coin increases with time, as part of the design. "ATMs use electricity too" was the consensus opinion.
Now we have a "currency" that gets "mined" using more electricity than Ireland uses. The wattage devoted to this crap has increased sevenfold during the past 12 months. People only use it as an investment, making it useless as a currency. "Everyone accepts it as payment" doesn't mean anything when everyone who has it is too scared to spend it.
If you use the peak load 24/7, as you said, then you should get 1/10 of that at the rate everybody else pays for the same service. The other 9/10, you should pay significantly more.
They can also add terms like “residential load profile” which means they only provision 10% of capacity. But, that is really peanuts— limiting a 10,000 square foot warehouse to 150kVA rather than the 3MVA they would like is much more effective.
A bit hypocritical to want to charge Bitcoin miners for how they use electricity...
You are missing the point. Nobody really cares what they use it for, what they care about is that there is suddenly a huge and unsustainable demand for electricity in a region which lacks the infrastructure to deliver it without massive price increases for everyone. The network equivalent would be someone in your neighbourhood running a small server farm which completely sucks up all the local bandwidth so that your network connection gets slowed down and the cost to the ISP to upgrade it would mean that you would have to pay much more for your connection.
ISPs solve this problem by having tiered data plans: you pay more if you want to use more and if you want more than the maximum amount then you will need to negotiate with the ISP for the price. This way those using insane amounts of data will pay for it. The same should happen here for electricity. The only reason bitcoin is the issue is because it can sponge off the network more easily than say an aluminium smelter which would need special connections to be provided.
The electrical costs of most manufacturing is less than the labor cost,
That depends on what you are manufacturing. If you are making iPhones, the labor will cost more. If you are making aluminum ingots, the electricity will cost more. So Apple manufactures in Shenzhen, China, while Alcoa manufactures in Wenatchee, Washington.