The simulator must perform power system dynamic simulations for electromagnetic transient simulation of medium size power systems such as IEEE 39-bus system and coordinated with other simulation tools such as unit commitment and economic dispatch tools. All simulation hardware and communication interface must be included. Specifications REAL-TIME SIMULATOR 410T FPGA-based Real-Time Simulator 6 cores AMD® RYZEN® Processor 6 cores, 3.8 GHz or equivalent Xilinx Kintex®-7 410T FPGA Includes the following: --- H a r d w a r e Expansion Board * 6 RX = 6 Digital IN * 6 TX = 6 Digital OUT --- S o f t w a r e * 3.x OS (64 bits) with Real-Time Kernel * Recommended Compiler GCC Host/Workstation License Real-Time Target License - B 32 Channels High Range DIO - Static IO * Digital out 50ma per channel 5-24V push-pull FET * Digital in 0-30 V * DIO selectable per group of 8 channels * 32 static digital SOFTWARE Software - Base host node-locked license for hardware Real-time simulator - Includes the schematic editor Excludes: - Local simulation Target simulation node-locked first license - First target core activated with this license - Allows offline and real-time simulation on the target - Number of nodes is only limited by core performance (in average 300 single-phase nodes per core at Ts = 50 μs) - Includes node-locked real-time core first license on the same target - Includes Smart inverter library for 1 user - Includes TCP/IP and UDP/IP communication protocols for Hardware-in-the-loop testing COMMUNICATION PROTOCOLS 1 Driver - Modbus Slave communication protocol using TCP-IP, RTU or ASCII interfaces - 50 data points included TRAINING For all hardware simulator and software training MAINTENANCE 1 ESSENTIAL MAINTENANCE PLAN ACADEMIC (5 YEARS)
