Watching the prices fluctuate here, it's very annoying that we don't have a way to buy power when it's cheap, store it, and sell it back when it's expensive, as consumers.
The incentive to place storage into your house would be so much better if this were possible. It feels like people have been writing papers about this for years but no one has made it happen. I think people would be willing to self fund new meters themselves to participate.
This is cute and interesting but I would really prefer, as maybe a general rule for vibecoded projects, that we try to not just place the thing you've built onto the internet, but also give us context for your context. This is what READMEs were for before we decided to turn those into a workspace for LLMs
Like yes, I can infer a lot about what this is, what it's doing, etc. but its trivial to get claude et. al to make a one-time onboarding screen that actually gives me an idea about what this is supposed to be, how realistic it is, what the numbers mean, what the features are, etc.
Edit: I say this in particular because I FIND THIS PROJECT INTERESTING! I WANNA KNOW WHAT IT DOES!!
A cool site my former employer put together to help map out the US power grid (related to their command and control analytics platform for Smart energy devices).
I've been working on adding energy mechanics to Microlandia. right now i have added solar, wind, nuclear and coal power and houses, datacenters, factories etc use real-world usage. there is power selling and power buying and a score for carbon footprint. There's still a lot I want to do and I will add it gradually, like: rooftop solar panels, different regions with different sun/wind resources, grid and station failures, and still finishing the fact checking of energy usage for all the buildings.
Why are there 5 different animations for switching between light mode and dark mode. I guess whoever made this is very interested in the big dark mode button in the top right corner.
I thought this was about the actual US Power Grid, which is hilariously vulnerable. Right now you could ask your agent to crawl Shodan and trivially shut down a small power plant in Puerto Rico if you wanted.
"Data centers run flat out around the clock", a statement that is not true, has never been true, has been advanced by know-nothing writers in non-technical outlets, and I guess is now encoded in Claude or whatever slop cannon created this site.
AI and hyperscaler datacenters run at such a high usage rate that they have to coordinate with generating facilities regarding outages. The difference between their actual duty levels and "flat out around the clock" is so small to be negligible when considering grid operations. Not all datacenters fit this category, but the ones that don't are not worth considering in terms of grid planning, either, so again this is a difference worth ignoring.
The incentive to place storage into your house would be so much better if this were possible. It feels like people have been writing papers about this for years but no one has made it happen. I think people would be willing to self fund new meters themselves to participate.
Like yes, I can infer a lot about what this is, what it's doing, etc. but its trivial to get claude et. al to make a one-time onboarding screen that actually gives me an idea about what this is supposed to be, how realistic it is, what the numbers mean, what the features are, etc.
Edit: I say this in particular because I FIND THIS PROJECT INTERESTING! I WANNA KNOW WHAT IT DOES!!
https://app.electricitymaps.com/map/five_minutes
(Not a comment on the quality of the submission - it's also fascinating).
It's like Claude contains all these ideas and we only have to mine them.
https://adamsohn.com/sixty-hertz/
https://commongrid.info/explore
Is there a game like this??
I've played it and enjoyed it.
https://microlandia.city
https://microlandia.city/docs/energy
https://www.factorio.com/
It's a fictionalised version of the grid, but teaches some of the basics well!
https://www.falstad.com/circuit/circuitjs.html