The scope of the project for the University of Lafayette in Louisiana includes the following:

1. Evaluation of the Microgrid System Design:

   • Analyze the design of the microgrid system, including components such as the solar PV array, battery energy storage system (BESS), bi-directional inverter, and related infrastructure.

2. Assessment of Network Communication:

   • Evaluate the communication network connecting all new and existing equipment and components within the system.

3. Modeling and Validation:

   • Develop and validate a comprehensive model of the power system, incorporating the solar PV, BESS, and inverter.

4. Transient System Study:

   • Perform transient studies to assess the behavior of dynamic components, including the inverter, ensuring system stability during transients such as islanding, faults, and other possible disturbances.

5. Microgrid Controller:

   • Procure, program, and integrate the microgrid controller into the system.

6. Microgrid Management System Integration:

   • Implement a comprehensive microgrid management system with the following advanced features: 
     • Digital twin modeling.
     • Real-time power system monitoring and HMI.
     • System islanding.
     • Black start capability.
     • Load forecasting.
     • Energy resource dispatch.
     • Fast load shedding, generation control, and demand management.

The microgrid management solution provides a distinct advantage over competing technologies in the market, offering features such as programmability, user-defined logic, Software-in-the-Loop (SIL), Hardware-in-the-Loop (HIL), and more. These advanced capabilities establish this solution as a leading and innovative choice in the field.

At SMAART POWER, we are dedicated to supporting our customers with modern and intelligent solutions tailored to meet their project needs and requirements. Your success is our priority!