Demonstration of an Intelligent Energy Storage Network
for the Built Environment

Principal Investigator: Fang Luo
Industrial Partner: Novele

Summary

The "Demonstration of an Intelligent Energy Storage Network for the Built Environment" project, a collaboration between CIEES and Novele, Inc., aims to showcase an advanced energy storage solution at Stony Brook University (SBU). This system comprises 5 Energy Boards (EBs), a master control box, and a bi-directional inverter, designed to support urban commercial building electrification. The project seeks to enhance grid resilience, optimize power consumption through peak shaving, and generate utility bill savings. CIEES will lead the design and installation of the system in SBU's High Voltage Lab, followed by functionality and performance evaluations.

Milestones and Key Tasks

• System Architecture Design: Created mounting schemes and a bill of materials for the 5 EBs system.
• Installation: Completed the installation of the 5 EBs system, including the bi-directional inverter and controllable AC load.
• System Commissioning: Develop a demonstration dashboard and ensure safe operation (January 2025).
• Functionality and Performance Evaluation: Verify system capacity, charging/discharging modes, software communication, and safety diagnostics; assess efficiency, thermal performance, and response times (April - June 2025).

Projected Economic Impact

The project will advance urban commercial building electrification by optimizing energy storage systems, leading to improved grid resilience and cost savings through reduced utility bills. It is expected to drive economic growth in NYS by showcasing cutting-edge technology and fostering innovation. The deliverables will include comprehensive test reports and ongoing updates to Novele, supporting future commercial adoption and potential expansion of energy storage solutions.