Use cases

Where Enleashed fits in the real grid.

Enleashed is built for constraint-bound distribution networks and bottom-up energy markets — where congestion, curtailment, and local coordination determine outcomes. It turns feasibility + pricing + settlement into one coherent market layer, and returns value fairly to communities and participants.

Local grid control

Congestion management that matches feeder constraints.

Fair value return

Defensible settlement and community-aligned outcomes.

Regulatory clarity

Auditability, explainability, and sandbox-ready design.

Use cases

Bottom-up markets for distribution constraints.

Designed for LV/MV congestion, curtailment, and value leakage. Enleashed clears locally, aggregates upward, and produces settlement artefacts that support operators, suppliers, buyers, communities, and regulators.

Local congestionValue returnFeasible dispatchRegulation-ready
Select a use case
Bottom-up energy markets

Return value to local energy communities

Clear locally where constraints bind so value is created—and retained—close to the grid edge.

Who it helps
  • Energy communities
  • Local authorities
  • Community energy developers
Pain points
  • Value leakage to upstream settlement
  • Curtailment despite local demand
  • No defensible ‘who created value’ story
Outcomes
  • Local price formation at constraint points
  • Fair value distribution back to participants
  • Settlement artefacts suitable for communities
Typical outputs

Local prices • Allocation + settlement ledger • Community KPIs

Communities

Keep value local via bottom-up price formation and fair settlement.

Operators

Feasible schedules for congestion management at distribution level.

Regulators

Audit outcomes end-to-end and test rules with traceable artefacts.

How it works

Continuous clearing (always-online market)

Requests arrive continuously, clear continuously, and publish an updated price signal continuously — with flexibility expressed as time windows. This is the operational heartbeat that enables local coordination.

AMM metaphor · ember edition

Broadcast price: 53

Demand adds heat. Supply cools. The AMM balances them: when demand outweighs supply, the system glows hotter and the broadcast price rises.

Tick 0
Supply (cool)
0
Demand (heat)
0
Imbalance
0%
Supply (cool)
Demand (heat)
More supplybalancedMore demand
supply (cool)demand / price (heat)The AMM turns heat (scarcity) into a broadcast price.