A tool for GHG mitigation planning that evaluates long-term GHG abatement scenarios and performs cost analysis.

Provides an approach to geospatial forecasting of electrification load and its effects on the transmission and distribution system.

An electricity resource planning model that identifies optimal long-term electric generation and transmission investments.

A loss-of-load-probability model designed to evaluate the resource adequacy of electric power systems.

Determines dynamic ancillary services needs of highly renewable electricity grids to help system operators integrate wind and solar.

A price-taker optimization model, designed to evaluate the value of distributed energy resources in the transition to a high-renewables grid.

Provides custom estimates of the economic costs and benefits associated with EV adoption, programs, and managed charging.

Forecasts long-term marginal costs to evaluate the cost-effectiveness of distributed energy resources.

Assesses the market potential and economics of distributed energy resources technologies for electric utilities.