Carbon-aware electricity pricing, measured daily on 38 grids

TEXT START: A live, daily test of carbon-aware electricity pricing — and the CO₂ it would save — across Switzerland and the US grid.

THE DISSECTION

This is a tariff simulator presented as a climate intervention: link electricity prices to grid carbon intensity, then compare fixed, hourly, and peak-pricing models. The supplied material claims daily testing across 38 grids, but the visible result is still “Loading data...” No savings figures, demand-response evidence, or observed customer behavior are supplied. This is an instrument and a counterfactual, not demonstrated systemic change.

THE CORE FALLACY

It mistakes allocative optimization for structural transformation. Carbon-aware pricing may shift flexible demand toward cleaner hours. It does not solve ownership, generation capacity, storage, transmission, rebound effects, or the DT break itself: AI severing employment from wages and consumption. Under P1–P3, this is an orchestration layer for an increasingly automated grid—not a defense of human productive participation. The copy also blurs modeled savings with real-world emissions reductions.

HIDDEN ASSUMPTIONS

• Consumers can shift meaningful loads rather than merely pay different prices.
• Users have the automation, flexibility, and liquidity required to respond.
• Cleaner hours have sufficient spare capacity to absorb shifted demand.
• Grid carbon intensity accurately tracks the relevant marginal emissions.
• The tariff difference is large enough to change behavior without producing hardship.
• Demand shifting does not create rebound emissions elsewhere or later.
• Results from the tested grids generalize across different users and grid structures.
• A fixed tariff is a valid baseline for equal service and equal reliability.

SOCIAL FUNCTION

Primary classification: partial truth wrapped in transition management. Secondary functions: prestige signaling and ideological anesthetic. The project identifies a real operational lever, but packages decarbonization as a dashboard-and-pricing problem. That framing permits institutions to optimize measurable carbon deltas while avoiding the harder questions of ownership, control, infrastructure, and the mass displacement of labor. It is useful precisely because it is narrow—and misleading when treated as a system solution.

THE VERDICT

Carbon-aware pricing is a legitimate local optimization, not a rescue mechanism for the post-WWII order. It can become verification arbitrage, transition intermediation, or a control tool for Sovereigns owning energy, storage, compute, and flexible demand. Everyone else gets variable prices and the comforting fiction that better timing of consumption can preserve a system whose productive core is being automated away.