Build an automated demand-response settlement network where response is measured by smart meters and incentives are paid automatically, cutting settlement time from months to days. A frequency event triggers response across enrolled industrial consumers, with every action recorded on-chain within minutes.
Replace a slow, unverified response process with a metered, automatically settled demand-response network.
01.
The Logic and Actions Editor encodes the frequency thresholds that fire a demand-response call, so balancing action starts automatically the moment the grid deviates.
02.
The Energy Meter Oracle measures each enrolled consumer's actual load reduction, so response is verified from meter data rather than self-reported.
03.
Every dispatch and response lands on-chain within minutes, giving the grid a live view of who responded and by how much during the event.
04.
The Microgrid Settlement module computes and pays incentives from verified response, cutting demand-response settlement from months to days.
05.
Enrolled industrial consumers and their committed curtailment are recorded on-chain, so the pool available for balancing is always current and auditable.
06.
Utilities settle response payments against the same anchored measurements, ending the multi-month reconciliation that plagued demand-response programs.
Follow a single frequency event from trigger through metered response to settled incentive payments.
16:40:02
[SYS] Monitoring grid frequency...
16:40:02
[CMD] triggerDR(freq: 49.6, threshold: 49.7)
16:40:02
[SYS] Deviation confirmed, dispatching to pool...
16:40:03
[OK] Event DR_775 fired to 12 consumers.
Cerulea decomposes demand-response settlement into modular contracts. Each layer triggers the event, measures response, verifies performance, and settles incentives automatically.
Automated demand response is a horizontal capability. Here is how different actors in grid balancing put the shared ledger to work.
Trigger balancing across an enrolled pool and see verified response within minutes, replacing manual notification with an automatic, auditable demand-response network.
Key Asset Types
Earn incentives for verified curtailment paid within a day, turning flexible load into a reliable revenue stream instead of a months-delayed reconciliation.
Key Asset Types
Coordinate distributed flexibility across many sites and settle response transparently, standing up demand-response programs without bespoke settlement infrastructure.
Key Asset Types
Whether you are bridging utility control systems or reading curtailment directly from consumer smart meters, Cerulea routes both into one demand-response ledger.
For utilities on legacy control and settlement systems. Events and responses are translated into signed on-chain records through the API gateway automatically.
Control / Settlement
Utility Systems
Cerulea API Gateway
Event Hashing & Signing
Cerulea Private Chain
Demand Response Ledger
For enrolled consumers with smart meters. Each curtailment measurement is signed by a device key and routed straight to the event record.
Smart Meter / Edge
Consumer Premises
Consortium Validators
Response Consensus
Cerulea Ledger
Balancing Event Record
Building demand response with automatic triggers, metered response proof, and instant incentive settlement from scratch requires specialised engineers and long integration cycles. Calculate your exact deployment speed using Cerulea.
Traditional Deployment
Solidity Coding & Audits
~ 13 Months
Visual Compilation
WASM Logical Artifacts
~ 4 Weeks
The legacy timeline reflects grid balancing integration benchmarks. Wiring control systems and meters, building custom trigger and settlement logic, and shipping an incentive engine for an average program takes a baseline of 8 months. Building the same architecture on Cerulea takes a baseline of 2 weeks, because Cerulea Studio visually translates your trigger and settlement rules into pre-audited WebAssembly binaries and provisions the demand-response ledger instantly.