New Jersey Future Energy Systems Conference 2026

New Jersey Future Energy Systems Conference 2026

9 Dec (Wed) 2026

Ballroom A/B, 2nd Floor, Campus Center, New Jersey Institute of Technology, Newark, 07102

• Affiliated Conference of the IEEE Magnetics Society
• Technically Sponsored by the IEEE North Jersey Section
• Technical Support: NSF IUCRC GET-FIT Center

Conference Overview

The New Jersey Future Energy Systems Conference 2026 brings together leaders from industry, government, and academia to address the evolving challenges and opportunities in modern electric power and energy systems. As the energy landscape undergoes rapid transformation—driven by electrification, renewable integration, grid modernization, and emerging technologies—this conference provides a platform for strategic dialogue, knowledge exchange, and collaboration.

Hosted by NJIT in partnership with Rowan University, the conference focuses on advancing solutions for reliable, resilient, and sustainable energy systems in New Jersey and beyond. Key topics include transmission expansion, grid-enhancing technologies (GETs), clean energy integration, distributed energy resources (DERs), energy storage, and cyber-physical system security.

The conference features keynote presentations, expert panels, and interactive discussions designed to foster engagement among utilities, system operators, technology providers, policymakers, and researchers. Participants will have the opportunity to share insights, discuss real-world challenges, and explore innovative approaches to future energy infrastructure.

The conference is technically supported by the NSF IUCRC Center for Grid Enhancing Technologies for Future Energy Systems Integration and Transmission (GET-FIT). The GET-FIT Center, jointly led by NJIT and Rowan, advances industry-university collaboration in grid modernization.

THREE PANEL CONVERSATIONS YOU WON’T WANT TO MISS

• Can GETs Unlock New Jersey’s Grid for Growing Electric Demand?
• AI and the Energy Workforce: Will AI Take Your Job – or Transform It?
• Nuclear, Clean Energy, and Beyond: What Will Power New Jersey’s Future? 

Conference Registration:

Join us on December 9, 2026, at NJIT. Registration includes conference attendance, breakfast, lunch, refreshments, parking, digital badge, and 6 hours of professional development hours.

Registration Fee: $25

Student registration: Complimentary registration is available to currently enrolled students. To obtain a discount code, please complete the Student Status Verification Form.

Register Now     [Student Status Verification Form]

Our Sponsors:

We gratefully acknowledge the organizations supporting the New Jersey Future Energy Systems Conference 2026.

PREMIER SPONSOR

SPONSORS

Conference Objectives:

1. Unify Power Industry Stakeholders
   -Bring together New Jersey’s electric utilities (PSEG, JCP&L, Atlantic City Electric, Orange & Rockland), regulators (PJM, NJBPU), and government agencies (NJEDA).
   -Strengthen collaborations between the industry, regulatory bodies, and academia.
2. Position New Jersey as a Key Player in Power & Energy Research
   -Highlight NJ’s capabilities, facilities, and expertise in power systems, energy transmission, and grid modernization.
   -Establish NJ as a hub for industry-academic collaboration in power engineering and workforce training.
3. Industry-Driven Approach with Academic Support
   -Focus on real-world challenges, policy implications, and industry-driven solutions.
   -Incorporate a poster session to showcase student research, allowing students to engage directly with industry professionals.
4. Support Research Publication in IEEE Xplore
   -Enable researchers and students to submit full manuscripts for publication, reinforcing the technical rigor and credibility of the conference.

Tentative Agenda

Research Poster Presentations:

The conference features 23 research poster presentations covering emerging technologies and challenges in electric power and energy systems. Poster sessions will take place during scheduled breaks, lunch, and the networking reception, providing opportunities for interaction among researchers, students, and industry professionals.

Grid Monitoring, Reliability & Resilience

P01. Optimal Sensor Positioning for Arc-Fault Detection Using Multiphysics Based Finite Element Analysis New Jersey Institute of Technology; Naval Sea Systems Command; ABB Inc.; Huntington Ingalls Industries; General Dynamics Bath Iron Works

P02. A Comparative Study of Optimization Algorithms for Magnetic-Field-Based Contactless Current Reconstruction in a Bundled Transmission Line New Jersey Institute of Technology

P03. Not All Reverse Power Flow Is the Same: Comparing DER and FLISR Impacts on Distribution Voltage Regulators Eversource Energy; Switched Sources

P04. Consequence-Weighted Site Suitability for Large Load Interconnection: Cyber-Physical Exposure and Restoration Criticality in Northern New Jersey Montclair State University

AI, Forecasting & Power-System Optimization

P05. Energy Forecasting in the Era of Time Series Foundation Models: A Comprehensive Review and Evaluation Rutgers University

P06. Day-Ahead Electricity Price Forecasting with CING-LEAR Rutgers University; Pacific Gas & Electric Company

P07. Interpretable Machine Learning for Economic Situational Awareness in Future Power Systems: Early Warning of Electricity Cost Stress Montclair State University

P08. Reinforcement Learning for Optimal Control of Power Systems – An Overview Rutgers University

P09. Quantum-Driven Autonomous Energy Markets: Integrating AI, Blockchain, and Digital Twins Sohag University; City College of New York

Energy Storage, Microgrids & Data Centers

P10. Hybrid Battery Health Prognosis in DC Microgrids Using Reliability-Aware Health Index Fusion New Jersey Institute of Technology

P11. Techno-Economic Analysis of Grid-Connected Microgrids for Data Centers University of Delaware

P12. Demand Peak-Aware Optimal Power Flow for Data Center Microgrids with Battery Efficiency Losses Columbia University

Electric Vehicles, Power Electronics & Smart Charging

P13. AI-Driven Transactive Energy Management of EV Charging Stations With PV–BESS Coordination and Peer-to-Peer Energy Trading City College of New York; Sohag University

P14. Energy Management of an Electric Vehicle Charging Hub as a Virtual Power Plant for Grid-Interactive Operation City College of New York; Sohag University

P15. Quantum-Enhanced Optimization for Large-Scale Electric Vehicle Charging and Vehicle-to-Grid Coordination in Smart Grids City College of New York; Sohag University

P16. Intelligent Energy Optimization Framework for Electric Vehicles Federation University Australia; New York University; City College of New York

P17. Switch-Level Binary Modulation of the Dual-Active-Bridge Converter Columbia University

P18. Rotor Angle Dependent Optimal PWA Flux Maps for Permanent Magnet Synchronous Machines Satisfying Conservation of Energy Columbia University

Wind, Marine Energy & Green Hydrogen

P19. Active Stabilization for a Prototype Model-Scale Barge-Type Platform for a Floating Offshore Wind Turbine Rutgers University

P20. A PINN Based Digital Twin for Health Monitoring of Wind Energy Systems New Jersey Institute of Technology

P21. Analytical, Numerical, and Experimental Investigation of Floating Offshore Wind Turbine Prototypes Rutgers University

P22. Hydrokinetic Turbine Development by RU Power Team for the 2027 Marine Energy Collegiate Competition Rutgers University

P23. Quantum-Enhanced Optimization for Integrated Green Hydrogen Energy Systems with Renewable Energy and Energy Storage Sohag University; City College of New York

Professional Development & Digital Badge:

Participants attending the full conference will be eligible to earn 6 Professional Development Hours (PDHs) and receive a digital badge recognizing their participation in the New Jersey Future Energy Systems Conference 2026.

Contributed Research Presentations (Poster):

This Conference has a dedicated poster sessions dedicated for research presentations. Please use the abstract template and submit your abstract online (make sure you have signed in to your Gmail when you try to access these links; otherwise, the error message "Sorry, unable to open the file at this time." would be displayed). Abstract submission deadline: 15 Sep 2026, 11:59 pm EST. Acceptance/Rejection notice will be sent out 18 Sep 2026. The presenting author MUST BE the first author (abstract will be rejected outright otherwise). Technical topics of interest include, but are not limited to: 

1. Transmission & Grid Modernization

• Advanced planning and operations
• Grid-enhancing technologies (GETs)
• High-voltage AC/DC innovations for offshore wind and other renewables
• Power electronics for transmission systems
• Grid code compliance and regulatory considerations

2. Renewable Energy and Large Load Integration

• Offshore and onshore wind transmission and integration
• Hybrid energy systems design, operation, and grid integration
• Grid connection and interconnection challenges
• Power quality issues and mitigation strategies

3. Electrical Machines & Generators

• Design, modeling, and optimization of wind turbine generators
• Advances in PMSGs and DFIGs
• Direct-drive vs. geared-drive generator technologies
• Electromagnetic performance and efficiency enhancement

4. Power Electronics & Its Control Systems

• Advanced grid integration strategies for wind, solar, and other hybrid systems
• Power conversion topologies and control algorithms
• Reactive power control and voltage regulation
• Fault detection, diagnosis, and mitigation techniques

5. Magnetics & Materials

• Advanced magnetic materials for generators and transformers
• Magnetization techniques and circuit design
• Loss mechanisms and thermal management
• Reliability assessment and material characterization

6. Advanced Monitoring, Maintenance, and Control Techniques

• Condition monitoring and predictive maintenance
• Real-time control for maximizing energy capture and grid enhancement
• Machine learning and AI for optimization
• Drone/UAV for power system protection
• Quantum computing applications in future energy systems

7. Cyber-physical Power System Security and Resilience 

• Black start and restoration mechanisms
  Climate resilience and infrastructure hardening
• Cyber-physical security of future energy systems
• Cyber-physical interdependencies and digital twin technologies
  Policy, regulation, and market mechanisms for energy security and resilience

8. Workforce Development & Education

• Training programs for future energy system transmission and integration
• Training programs for wind, solar, and hybrid sustainable energy engineers
• University–industry partnerships
• Innovative teaching approaches in power engineering

Publication and Author Instruction:

Authors of accepted abstracts can submit full manuscripts for publication in IEEE Xplore. Full manuscript deadline: 6 Nov 2026, 11:59 pm EST. Manuscript length: 6 pages. Please follow the instructions below carefully. It is the responsibility of each author to ensure that all 5 steps are completed correctly in order for their paper to be published in IEEE Xplore.

Step 1 – Manuscript Preparation
Write your manuscript using the official IEEE template (https://www.ieee.org/conferences/publishing/templates) (please use US Letter, NOT A4).

Step 2 – PDF Validation
Upload your final manuscript to IEEE PDF express (https://ieee-pdf-express.org/account/login).

First-time users should do the following:
1. Create Account
2. Enter the following:
· 71575X for the Conference ID
· your email address
· a password
3. Continue to enter information as prompted. Check compliance and download the validated PDF.

4. Approval: Press the "Approve" button in front of the uploaded/converted manuscript to send it to the conference organizers through PDF Express.

Step 3 – Final Submission (via Google Form)
The presenting and first author should complete the Google Form and provide the necessary information and files including manuscript (validated pdf by IEEE PDF express). (make sure you have signed in to your Gmail when you try to access this link; otherwise, the error message "Sorry, unable to open the file at this time." would be displayed)

Step 4 – Copyright
Complete the IEEE Copyright Transfer Form online (link will be provided by email to the authors).

Important Dates:

Exhibition and Career Fair:

The Conference will feature a dedicated exhibition space, providing companies and organizations with the opportunity to showcase their technologies, services, and career opportunities to a diverse audience of industry professionals, policymakers, researchers, and students. This exhibition will serve as a career fair-style networking hub, allowing companies to engage directly with top talent from NJIT, Rowan, Rutgers, and other leading institutions, as well as professionals seeking career advancement in the energy sector.

Exhibitors will have access to dedicated tables (3 ft x 6 ft), enabling them to present their latest innovations in power transmission, grid modernization, renewable energy, energy storage, and emerging technologies. This is an excellent opportunity to connect with potential hires, industry collaborators, and key decision-makers in the energy sector.

Organizations interested in reserving exhibition space are invited to refer to the Sponsorship and Exhibition section below. Due to limited availability, early registration is strongly encouraged. 

Sponsorship and Exhibition:

Organizations interested in supporting the New Jersey Future Energy Systems Conference 2026 are invited to participate through a variety of sponsorship and exhibition opportunities.

Download the Sponsorship and Exhibition Prospectus (PDF).

For questions regarding sponsorship opportunities, please contact:

• Prof. Philip Pong (NJIT, philip.pong@njit.edu)
• Prof. Jie Li (Rowan University, lijie@rowan.edu)
• Nehasai Karamsetty (NJIT, nkk@njit.edu)

Conference Committee: 

Honorary Chair:

Prof. Sotirios Ziavras (NJIT)

Conference Co-Chairs:

Prof. Philip Pong (NJIT), Prof. Jie Li (Rowan)

Technical Program Co-Chairs:

Prof. Josh Taylor (NJIT), Prof. Marcos Netto (NJIT), Rafael Wilches (PSEG)

Industry Co-Chairs:

Chad Watson (PSEG), Ahmed Mousa (Electric Bridge Consulting)

Publication Committee:

Prof. Mohsen Azizi (NJIT) - Co-Chair,  Prof. Jie Li (Rowan University) - Co-Chair

Prof. SangWoo Park (NJIT), Prof. Chen Shen (Rowan University), Prof. Huaxia Wang (Rowan University)

Publicity and Sponsorship Chair:

Nehasai Karamsetty (NJIT)

Exhibition Chair:

Patrick Young (NJIT)

Advisory Committee:

Prof. Hong Zhao (Fairleigh Dickinson University)
Dr. Cindi Dennis (National Institute of Standards and Technology)
 

Important Notice:

1. Event Schedule: Event will start at 8:30 a.m. Breakfast, lunch and refreshment(s) will be provided. Participants should plan to arrive early to enjoy breakfast and have an opportunity to network.

2. Wi-Fi Access: Free WIFI (https://ist.njit.edu/connecting-njitguest): Use "NJITguest". NO password is needed. Click the "Request Guest ID" link and provide email and SMS phone number. You will receive an email and text message with your guest account credentials.  Enter your Guest ID and password and click “Guest Sign On.” Note: Guest ID is only active for 24 hours.

3. Business cards and/or Resumés: Participants are invited to bring business cards and resumés to network with the instructors, panelists and speakers from the power industry.

4. Check-in: Upon arrival, participants should check-in at the registration desk.

Parking and Walking Direction:

Hotel Suggestion and Direction: