Stochastic multi-stage hydro optimization: what is it, and how can it improve your predictive future? Download our white paper to find out!
Power systems that have both hydro-electric and thermal generation require a systematic and coordinated approach to determine an optimal storage management. The goal of a hydro-thermal planning tool is to minimize the expected thermal costs across the simulation period by dispatching hydro during high-value periods as much as possible. These types of problems generally require stochastic analysis to deal with inflow uncertainty, which increases the mathematical size of the problem and hence are often cumbersome to solve.
This white paper reviews the stochastic analysis algorithm in PLEXOS as applied to different hydro-dominated power systems.
How Data Center Developers Can Optimize Energy Strategy with PLEXOS®
See how data center developers can use energy-system modelling to assess grid capacity, compare sites, test future conditions, and plan lower-risk...
Strait of Hormuz Scenario: LNG and European Power Price Impacts
See how a 30% LNG supply-reduction scenario affects European gas and power prices, and why integrated PLEXOS® modelling differs from market-forward...
How Digital Modeling Solutions can Improve the Asset Siting Process
Learn how digital modeling solutions like Energy Exemplar’s PLEXOS platform streamline asset siting decisions in the ever-evolving energy market...
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