Active Wake record · Pilot
Residential demand turn-up
Experiments that paid households with free electricity may reveal whether flexible demand can become durable grid infrastructure rather than a clever trial.
Current reading
Where the record stands
The randomized trials are promising but remain a working-paper result tied to two European markets and a shared research lineage.
- Last updated
- Aug 30, 2026, 6:30 PM
- Next dated review
- Feb 28, 2027
- Event trigger
- Review for a revised or peer-reviewed paper, independent replication, regulatory adoption, or utility-scale results with equity and curtailment measures.
Point zero
What was known when we noticed it
Randomized residential trials reported that temporary discounts and free electricity increased consumption during renewable-abundance windows, while paying customers beyond a zero price added little further response.
Supported at the time
- The trials involved roughly 120,000 eligible customers in Great Britain and Spain.
- Reported British increases were about 14 percent for half price and 31 percent for free electricity; Spanish increases were about 6 and 13 percent.
- The study found especially strong responses among households with electric vehicles and time-of-use tariffs.
Still uncertain
- The paper was a working paper produced with an energy retailer and covered two European markets.
- Generalizability, automation effects, equity, baseline construction, and real system-wide curtailment reduction remained open.
- Counterfactual welfare figures were modeled rather than realized savings.
First recorded in Morning Soundings: The Hour Electricity Wanted to Be Used. The packet was captured as reconstructed evidence.
Append-only history
Observation timeline
Point-zero observation
Randomized residential trials reported that temporary discounts and free electricity increased consumption during renewable-abundance windows, while paying customers beyond a zero price added little further response.
Lifecycle: EmergingEvidence: PreliminaryAttention: Unmeasured3 sources attached
- Lopez Garcia, Metcalfe, Schein, and Sun: A Demand-Side Alternative to Renewable Curtailment (primary-research; lineage demand-turn-up-study)
- Robert Metcalfe: Interactive summary of demand turn-up experiments (analysis-context; lineage demand-turn-up-study)
- Centre for Net Zero: Lessons from Great Britain and Spain on demand turn-up (institutional-reporting; lineage demand-turn-up-study)
Admitted to The Wake pilot
Admitted because the central claim can mature through peer review, independent replication, tariff design, and measured curtailment outcomes.
Lifecycle: EmergingEvidence: PreliminaryAttention: Unmeasured
Unresolved
Open questions
- Will peer review materially change the estimates or interpretation?
- Can automated, local demand turn-up reduce actual curtailment at scale without burdening or excluding households?
- Who captures the welfare gains under different tariff and compensation rules?
Future evidence
What would move the record
Peer-reviewed publication, revision, or replication
The paper is published, revised, critiqued, or independently replicated.
UnknownOperational rollout with measured curtailment outcomes
A utility or system operator reports program-scale energy, equity, and grid results.
UnknownRegulatory or tariff adoption
A jurisdiction changes tariffs or market rules to support demand turn-up.
UnknownProvenance
Source trail
A lineage identifies sources that ultimately descend from the same paper, announcement, interview, wire report, or other evidentiary ancestor. Repetition within one lineage is not counted as independent corroboration.
Primary Research
A Demand-Side Alternative to Renewable Curtailment
Lopez Garcia, Metcalfe, Schein, and Sun
Lineage: demand-turn-up-study · Accessed Aug 29, 2026Analysis Context
Interactive summary of demand turn-up experiments
Robert Metcalfe
Lineage: demand-turn-up-study · Accessed Aug 29, 2026Institutional Reporting
Lessons from Great Britain and Spain on demand turn-up
Centre for Net Zero
Lineage: demand-turn-up-study · Accessed Aug 29, 2026