Ivy League University Campus
Avista Realtime Systems delivered a comprehensive SCADA and substation automation solution for a leading Ivy League University in the Northeastern United States. The project integrated four substations, local generation assets, and a campus electrical distribution network serving more than 250 buildings with a peak demand exceeding 50 MW.
4 electrical substations integrated into a centralized SCADA system
250+ campus buildings monitored and managed
50+ MW peak campus electrical load
Key highlights
Redundant SCADA and load shedding architecture
Automated load shedding using Allen-Bradley ControlLogix PLCs
GE iFIX SCADA and GE Historian platform
SEL RTAC and SEL-2032 substation data concentrators
DNP3/IP, Ethernet/IP, and Modbus communications integration
Complete design, programming, integration, and commissioning services provided by Avista Realtime Systems
Implementing a fully redundant SCADA platform for continuous monitoring and control.
Integrating four electrical substations into a centralized monitoring environment.
Providing Realtime visibility of campus-wide electrical assets and local generation resources.
Developing automated load shedding capabilities to maintain system stability during generation shortfalls or emergency conditions.
Establishing a secure and reliable communication infrastructure across the electrical distribution network.
Capturing and storing operational data for analysis, reporting, and performance optimization.
Project Objectives
The solution featured a fully redundant GE iFIX SCADA system, GE Historian, SEL RTAC and SEL-2032 data concentrators, and Allen-Bradley ControlLogix PLCs for automated load shedding. Using DNP3, Ethernet/IP, and Modbus communications, the system provides centralized monitoring, real-time control, historical data collection, and automated response to changing power system conditions.
The result is a highly reliable and resilient energy management platform that enhances operational visibility, supports critical campus infrastructure, and helps ensure continuous electrical service across the university.
