Lawrence Berkeley National Lab recently did an analysis on electricity prices in the US [1] and found that most of the rate increase in Virginia was attributable to the VCEA, and that load growth had a mitigating effect on price increases.
If you look at the overall report (not just Virginia), the places where electricty costs are rising the fastest are generally not the same places where lots of new datacenters are being built. It's easy to blame datacenters, but there are many factors at play here.
[1] https://emp.lbl.gov/publications/factors-influencing-recent-...
For one thing, energy demand hasn’t been increasing at the consumer level per capita. So you either have a growing population or growing commercial usage (like with data centers) or both driving energy demand.
Is there some literature that points to an idea that it’s faster to build a gas or coal power plant compared to a renewable one? My understanding is that solar is cheaper than gas, right? Even solar plus grid scale batteries are in a similar ballpark. And let’s not forget that other infrastructure like transmission lines and substations do not have any concept of renewable versus not.
The last thing I’ll point out is that we literally have to switch to renewables. There’s no long term versus short term, really, when we think about it. If we don’t make the switch we’ll actually put all of this planet in a lot bigger trouble than asking people to set their air conditioner thermostats a couple degrees higher.
Henrico County currently has 37 data-centres with ~2 gigawatts capacity (expected to reach 3 gigawatts).
Apparently, 1 MW can power approximately 834 homes annually. So 2 gigawatts would be closer to powering > 1.6 million homes.
Surely, that kind of concentrated demand is going to affect electricity distribution costs for everyone, which is what we are seeing now.
It's so strange to me that the argument previously was "we don't have enough energy generation for EVs and heat pumps to electrify and decarbon" but data centers are thought of as must run load that everyone has to suffer in some way to enable (through increased rates or risk of blackouts), when they have very little positive impact for everyone except a small minority investing in them.
> It's easy to blame datacenters, but there are a lot of factors at play here.
It is because they are the problem. We need as much clean energy as quickly as possible to mitigate climate change, we do not need data centers, broadly speaking.
(if you replaced all of the farmland/ag land, the size of the state of Oregon, harvested for ethanol with solar, you would have more electrical generation than all current US electrical generation combined as of this comment; this is simply a question of will, proven by China's solar PV deployment rates [installing ~90-100GW of solar PV per month])
One of the biggest problems with investing in a renewable grid is curtailment and managing demand or production spikes. In California, they already have to turn off solar plants during peak hours to help manage overproduction.
Even if you have massive quantities of energy storage, you don't have enough "inertia" in the grid to keep power levels consistent as DC power sources flick on and off.
Data centers can act as massive variable loads that can ramp up or down that turn excess energy into something vaguely profitable. And they can also help to create demand for more supply of intermittent green energy sources.
I've suspected that the energy regulations and the ruling party's close connection with Dominion Energy (the Governor recently attempted to fire the chair of Virginia Tech's board and replace him with the CEO of Dominion) have had an impact on power use more than data centers themselves.
In other words, large “base loads” like data centers could both reduce the average power bill AND contribute to capacity shortages and load shedding.
Part of solving that may be in what the article touches on - how to get the generation built before the DC shows up rather than as a promise after.
You are describing the normal process of purchasing things and how prices work. There is no nefarious passing on.
We should redistribute money from the wealthy to households, but I'm not sure if rate price controls beyond what already exists is the correct way to do it. The real issue with these data centers is tax jurisdiction shopping.
https://www.wric.com/news/virginia-news/dominion-energy-rate...
I appreciate 404 media's mission but isn't there enough stupid shit existing naturally in the world for them to illuminate that we don't need to do this?
This whole just throw it on the grid and residential consumers pick up the increased infra costs is insane
Compared to my local utility (and most of Canada), the demand charge is low, but the per kWh charge is high. NSPower's general tariff is $9.089/kW + 15.738c/kWh for the first 200/mth, and 12.674c/kWh after that. Equivalent rates in Quebec and Manitoba are about half that. https://www.nspower.ca/your-business/save-money-energy/busin...
Current CAD/USD is 0.7, so subtract 30% for NSPower's rates in USD.
Some of the data centers now run disconnected on gas turbines 24/7, which is better for electricity prices but they can be big nuisance for people living nearby.
Without some sort of mitigation, the costs keep rising and it'll drive families away from these cities and/or counties to avoid the cost hikes. This is akin to what we're seeing in a lot of major cities with rent, people are living further and further away from where they work, paying taxes in other forms (time, public transport costs, gas costs for their car inc. wear & tear, etc).
Hardly seems fair or right.
Those poor battlefields. How rarely it is that anyone thinks of their needs.
Pepperidge farm remembers
but sure would be nice if it would cause an exponential acceleration of fusion development in the meanwhile
however that still has a law of theromodynamics problem of pumping heat into atmosphere
maybe exponential advancement of solar but they've already figured out that cannot improve more than another several percent, and manufacturing is already near peak efficiency
The AI bubble can’t pop soon enough.