The RTDS Simulator consists of one (1) NovaCor chassis, with 2 licensed cores, as well as input and output (I/O) devices for connection of the simulator to external equipment. Additional core licenses (up to a maximum of 10 cores per chassis), additional chassis, and additional I/O cards can be added to the simulator at any time.

The SEL-401 Merging Unit provides a reduction in cable and labor costs while improving the overall safety of the sub-station. The SEL-401 publishes IEC 61850-9-2 Sampled Values (SV) data streams according to the UCA 61850-9-2LE (9-2LE) guideline for use by compliant substation relays and provides phase overcurrent and breaker-failure backup protection in the absence of substation network communication.

The SEL-421-7 Protection, Automation, and Control System With Sampled Values combines high-speed distance and directional protection with complete control for a two-breaker bay. The SEL-421 SV Subscriber Relay subscribes to current and voltage information that is provided by remote merging units instead of standard PT and CT inputs to reduce cable lengths, labor costs, and improve the overall safety of the substation. The SEL-421 with SV publication capability publishes IEC 61850-9-2 Sampled Values (SV) data streams according to the UCA 61850-9-2LE (9-2LE) guideline to be used by compliant substation relays and provides full backup protection in the absence of substation network communication.

• Precise Time for Recloser Control
• Accurate Time Synchronization
• Timing for Small Substations
• Accurate Time Synchronization

Power World Simulator is an interactive power system simulation package designed to simulate high voltage power system operation on a time frame ranging from several minutes to several days. The software contains a highly effective power flow analysis package capable of efficiently solving systems of up to 250,000 buses.

Simulator features

• Intuitive, User-Friendly GUI
• Model Explorer
• Solutions Options
• Interactive, Animated Diagrams
• Contingency Analysis
• Geographic Information Systems (GIS)
• Time-Step Simulation (TSS)
• Automated Diagram Creation and Modification Tools
• Compatibility
• Modeling Capabilities
• Sensitivities
• Area Generation Control (AGC)
• Difference Flows
• Contoured Displays

Electrical system analysis tools are essential for utility companies to meet the design challenges of today’s aging grid and tomorrow’s smart grid. Keeping pace with the demand for reliable power and ever expanding networks, utilities rely on powerful tools to forecast their needs

Simulator features

• Steady-state Analysis for power flow and related network functions
• Short Circuit Calculation for both balanced and unbalanced faults
• Dynamic Simulations, including extended term simulations for time domain disturbance analysis, and small signal simulations for frequency domain analysis
• Optimal Power Flow
• Line Property Constant Calculator
• Load & Generation Profile
• Harmonics Analysis
• Network Stress test for EV
• Maximum hosting capacity of network
• Grid Code Compliance renewables