Decentralized Optimal DER Scheduling able to model active, DER-rich subsystems
Explicit modeling of DERs services transacted in the market, and their exchange
Locational and time-vector pricing of active/reactive power, and ancillary services
Modeling, analytics, and valuation of DER services, market rules and business models
Simulation of the DSO interactions with up-stream ISO, same-level DSOs, and downstream (microgrid, building, and home) prosumer subsystems.
Co-simulation of grid physics, market layer and system controls layers under high DER deployment
Advanced Interactive Visualization
Cloud-based tool deployment