Day-ahead optimization
Generate a cost-optimal, generator-wise MW schedule for every demand block using declared capacity and applicable constraints.
Convert demand, declared capacity, contracts and market signals into a cost-optimal generator-wise schedule—while respecting the constraints that govern real power procurement.
Power procurement teams must continuously balance block-wise demand with generator availability, contractual obligations, market opportunities and deviation exposure. Spreadsheet-led workflows make it difficult to compare every feasible option consistently and quickly.
Panacean’s scheduling approach brings these inputs into an integrated mathematical model, producing an auditable plan for day-ahead and intraday decisions.
Configurable models reflect the commercial and operational rules relevant to each utility rather than forcing decisions into a generic workflow.
Generate a cost-optimal, generator-wise MW schedule for every demand block using declared capacity and applicable constraints.
Re-evaluate the position as demand, availability and market conditions change, supporting timely revision and bidding decisions.
Represent contract-specific terms, variable charges, must-run obligations, minimum schedules and other commercial conditions.
Use historical power-exchange and deviation-price patterns to inform indicative purchase and sale opportunities.
Estimate procurement expenditure by time block and compare available supply, exchange and surplus-management options.
Summarize schedules, source mix, cost and market actions across days or longer periods for review and governance.
The solution supports teams responsible for planning supply, managing contracts, placing market bids and reviewing procurement cost.
Map sources, contracts, scheduling practices, constraints, data ownership and approval workflows.
Translate commercial and operational rules into a validated optimization formulation.
Connect input templates, market data, forecasts and reporting requirements into the workflow.
Back-test scenarios, compare existing schedules and confirm outputs with operating teams.
Deploy, train users and refine the model as contracts and market conditions evolve.