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Scenario engine

Supply Simulator

The supply simulator creates future generation, outage, derate, and offer scenarios from the same harmonized assumptions used by Demand Simulator.

Shared weather foundation

Modelling Supply and Demand using the Same Assumptions

Wind, solar, conventional generation, storage, imports/exports, cogeneration, and behind-the-fence supply use the same weather, climate, economic, growth, network, and scenario assumptions that drive demand.

Supply simulator showing shared inputs, supply profiles, coherent simulation, and adequacy outputs.
Wind site A
Wind site B
Solar site
Correlated renewable profiles
Ramps
Diversity
Low-output events

Renewable fleet

Preserving Coincidental Output and Correlated Ramps

The simulator represents wind and solar output across locations using spatially coherent weather scenarios, preserving fleet-wide coincidence, diversity, and ramping behavior.

Conventional fleet

Representing Outages, Derates, and Offers

Conventional units are modeled with technical limits, outage history, forced and planned outage assumptions, weather-linked derates, marginal cost assumptions, and strategic or cost-based offer behavior.

Outages
Derates
Strategic and cost-based offers
Local generation
Net load and reverse-flow impact
Feeder and substation context

Behind-the-fence supply

Connecting Distributed Generation to Local Net Load

Location-aware modelling of behind-the-fence solar and conventional distributed generation supports net-load studies and reverse power flow analysis in distribution systems.

Building a shared view of the future grid.

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