Flexible demand, stranded energy, and why grid operators treat miners differently from other big customers.
Most large electricity customers — factories, hospitals, data centers — need power around the clock. Bitcoin miners are different: a mine can reduce or stop its consumption in seconds and restart just as fast, with no product spoiling and no one in the dark.
Electric grids must match supply and demand every second. A large customer that can drop off on request is a tool: it can absorb surplus power when generation is high — wind at night, hydro in spring runoff, gas that would otherwise be flared — and get out of the way when the grid is tight, like a factory that volunteers to close during a storm peak, instantly.
Some energy is generated where it cannot easily be sold: remote gas fields, isolated hydro, curtailed renewables. Miners can locate at the source and buy power that would otherwise be wasted. Whether a given project is good economics or good policy is a local question — which is why those fights happen at the local and tribal level, and why we cover them there.
Mining also adds real demand, and communities debate noise, rates, and whether new load raises prices for everyone else. Those arguments are legitimate, they are decided jurisdiction by jurisdiction, and this publication reports them from the official record.