Resilience Is A Lie

The Hidden Rules Behind Energy “Resilience”

(Part II. Part 1 found here: AI Can’t Drink First)

Small Modular Reactor (SMRs) are not cooling. They are allocation. The only question that matters is who goes dark first, servers, cities, or citizens. Today’s AI data centers are wired into grids where human priority is often undefined, contractually opaque, and hidden behind NDAs. When power runs short, no one outside the room knows who loses first.

An SMR-backed model flips that equation: This is the difference between power that takes and power that is architected to buffer. Excess power becomes a designed by-product, flowing back to communities as electricity, heat, or cooling instead of quietly extracting capacity from the local grid.

Flexible community loads are designed sacrifices so racks never blink and act as a buffer so they stay energized. To put it another way, if humans and hospitals are not contractually first, they are last by default. Nothing silently goes dark behind closed doors.

California’s 2019 wildfire power shutoffs showed what “planned resilience” actually looks like: over 2.5 million people deliberately cut from the grid in advance, with no transparency about who was prioritized and who was expendable. Power was removed not because the grid failed, but because the risk calculus said some communities were acceptable losses. That is allocation under stress, and the public only learned they were downstream after the lights went out.

The lie is “shared resilience,” when the system is actually priority-enforced scarcity. Decision makers expound on contingency planning, grid resilience and foresight they have put into ensuring grid uptime. Unfortunately these are often shrouded in secrecy with terms like “need to know,” non-disclosure agreements, and other legalese.

In reality these plans which remain hidden often after even major outages, do not prioritize as the community is led to believe. Priority is enforced contractually and operationally, not democratically.

Grids fail because they shed blindly, current grid design dumps power like a restaurant tosses food in the trash when it has prepped more than customer demands dictate. There is no storage in a typical power grid-if there was, solar power could be used at night.

Tri-coupling of the load hierarchy prevents blind shedding which is presently best-practice. This is accomplished by using the approximately 350 Megawatts (MW) for:

1. Feeding its source AI datacenter.
2. Then moving to a saturation of local demand. This local demand could be community power needs, heating, cooling, or a combination of demands.
3. Lastly, surplus is exported into the common grid until supply is exhausted or demand is met.

Resilience is not a promise; it is an engineered order of sacrifice. If the cut order is hidden, resilience is theater. Systems that matter must declare priorities in advance, or they will reveal them in the dark.

*AI assisted in drafting and imagery; all analysis and decisions remain human.