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Determine optimal generation dispatch across thermal, renewable, and storage assets while balancing costs, emissions, and reliability constraints in real-time across complex grid infrastructure.

Design optimal maintenance strategies balancing preventive, predictive, and corrective approaches while minimizing production disruption and ensuring equipment reliability.

Assign the right employees with the right skills to the right shifts at the right time, while balancing complex constraints including labor laws, employee preferences, demand forecasts, and cost optimization.

Optimize power transmission and distribution through electrical grids and microgrids, coordinating generation dispatch, battery storage, and renewable resources to minimize costs and emissions while maintaining reliability.

Determine the optimal long-term mix of thermal, renewable, and storage assets to minimize cost while meeting reliability and emissions targets over 10-30 year planning horizons.

Optimize long-term infrastructure investments for energy transmission and distribution networks to support renewable integration, manage demand growth, and maintain reliability while minimizing capital expenditures.

Design time-varying electricity prices that balance revenue maximization, demand shaping, renewable integration, and grid stability while encouraging efficient customer consumption patterns.

Peak shaving optimization reduces electricity costs by up to 30% through optimal battery storage scheduling that minimizes demand charges and shifts consumption from peak to off-peak periods.

Optimize battery charging and discharging in real-time to maximize revenue while preserving battery lifespan.