The Scenario Analysis Interface for Energy Systems (SAInt) is a planning software to model coupled energy networks & markets, including electricity, gas, heating¹, and cooling¹ networks.
SAInt advances energy planning by allowing users to model coupled energy networks to quantify their interdependencies and synergies and plan their integration and coordination. SAInt’s users can run physical simulations and optimization models to quantify the trade-offs between costs and reliability, and study the intersection of markets and physical systems.
SAInt is used by a wide range of users for different applications. With SAInt’s unique and modular capabilities, as well as its flexible and intuitive interface, you can better inform your planning decisions to reduce capital and operational costs, increase reliability and resiliency, and enable solutions to achieve decarbonization.
Invest in one software to model and plan electricity and gas networks using simulation- and optimization-based models
Avoid time-consuming data exchanges between different software environments when modeling different energy networks or when iterating between physical- and market-based models
Use state-of-the-art mathematical problem solvers to inform your investment and operational decisions
Build, import, and edit models of energy networks and markets under a wide range of scenarios and conditions
Analyze the outputs of your models by designing custom reports, visualizations, and animations
Automate your model and scenario setup and connect your external applications to SAInt’s API
Model electricity and gas networks by running physical simulations and solving market optimization problems
Simulate 1,000s of Scenarios by leveraging SAInt’s flexibility to Run Monte-Carlo Simulations
Rely on SAInt's validated electricity and gas networks mathematical models
Model electricity generation profiles of wind and solar plants by leveraging SAInt’s integration with high spatial- and temporal-resolution meteorological datasets ... Read more