1. Learning-Enabled Cyber-Physical Model Discovery and Embedding for Power System Simulation and Control with Large-scale Inverters will be supported by HSP, AC/DC, and LCR; 2. Surrogate Optimization and Dynamic Security Constrained Power System Scheduling Platform will be supported by HSP and LCR; 3. Online Automatic Decision-Making for Power System Operation Under Time-Varying Resource Availability will be supported by HSP and LCR; 4. Integrated Teaching and Design Courses in the EE Areas of Power and Energy Systems will be supported by HSP, AC/DC, and LCR. The below list is the required equipment and hardware deliverables: o Artix 7 FPGA-based Real-Time Simulator – 8 cores / 3.8 GHz (quantity of 1) o Intel Xeon GolD Processor 8 cores, max. frequency 3.8 GHz or equivalent (quantity of 1) o Xilinx Artix-7 200T FPGA (quantity of 1) o Digital Input Card, 32 Channels, optocouplers, 4.5 V to 50 V (quantity of 1) o Digital Output Card, 32 channels, push-pull, FET, 5 V to 15 V, 50 ns (quantity of 1) o Analog Input Card, 16 channels, 1MS/s, 16 bits, 15 mA, ±16 V or 8 channels at 2 MS/s(quantity of 1) o Analog Output Card 16 channels, 2MS/s, 16bits, 500ns, ±20 V (quantity of 1)
