illinois institute of technology - nsf workshop on power...

12
November 4, 2019 NSF Workshop on Power Electronics-enabled Operation of Power Systems Illinois Institute of Technology Chicago, IL

Upload: others

Post on 05-Mar-2021

3 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019

NSF Workshop on Power Electronics-enabled Operation of Power SystemsIllinois Institute of Technology

Chicago, IL

Page 2: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 2

About NYPA

• Established by the NY State Legislature in 1931.• Largest state public electric utility in the United States.• Wholesale power supplier throughout New York State and neighboring states

as required by law.• Provides, with generation and power purchases, about 25% of New York

State’s electricity. No Distribution System• 2018 Net Generation: 30.1 million MWh; 70% hydro; 30% gas/oil• Transmission lines: 1,400+ circuit miles; 115kV, 230kV, 345kV & 765kV• New York State Canals is a subsidiary since 2017• Non-profit energy corporation, does not use tax revenues or state credits,

finances projects through bond sales and cash from operations

Page 3: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 3

New York State Energy Goals and InitiativesBuilding a clean, resilient, and affordable energy system for all New Yorkers

70% renewables

3,000 MW of

energy storage

100% emission-

free electricity

6,000 MW of solar

185 trillion BTU

energy use reduction

9,000 MW of

offshore wind

100% economy-wide

net-zero carbon

emissions

2025 2030 2035 2040 2050

New York’s Low- to No-Carbon Future – State-Level Targets

New York Energy Plan – https://energyplan.ny.gov

Reforming the Energy Vision – https://rev.ny.gov

Page 4: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 4

NYPA’s Advanced Grid Innovation Laboratory for Energy (AGILe)Collaboratively enabling an affordable, reliable, low-carbon future

The Role of AGILeBringing together industry stakeholders to evaluate integrated grid solutions for a clean energy future and accelerate development and adoption of new technologies

Advanced T&D

Applications

Cybersecurity

Power Electronic

Controls

Advanced

Sensors

Grid Automation

Advanced Modeling and

Simulation with Real-Time

Hardware/Software-in-the-loop

Capabilities

Page 5: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 5

Collaborative Research Facility for Evaluating Innovative

T&D Solutions for a Clean Energy Future.

AGILe Partnerships

Developerse.g. Equipment Manufacturers,

Software Developers,

Start-ups

Other Funderse.g. Industry Companies,

Vendors, Consulting Firms

Sponsoring Organizations

e.g. NYPA, EPRI, NYS TOs

Collaboratorse.g. Utilities, Universities,

US DOE, US DHS, Nat. Labs

Strategice.g. NYISO,

NYSERDA, DPS

Designed to advance NYS energy initiatives and provide a collaborative resource for the broadest stakeholder community.

Page 6: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 6

AGILe Vision and ValuePerforms specialized grid studies with powerful modeling and simulation tools to effectively integrate large-scale and distributed renewable resources

Offers both leading real-time grid simulation systems (RTDS and OPAL-RT) for realistic hardware- and software-in-the loop testing and demonstration of equipment prior to field deployment

Uses actual data and models to provide realistic and flexible test beds to accelerate development, adoption, and commercialization of new technologies at both transmission and distribution levels or within microgrids

Presents both an industry and academic collaborative environment to leverage technical capabilities and expertise from diverse participants

Offers “one-stop shopping” for external entities with participation from all NY TOs for accelerated research, development, and deployment opportunities in New York

Page 7: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 7

AGILe Phase I Implementation

Page 8: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 8

AGILe Current Capabilities

Real-time simulation of end-to-end grid including development of detailed NYS grid models

Hardware/software-in-the-loop equipment testing for digital substation automation and control

Simulation of communication systems and cyber security events

Economic analysis and evaluation of technical solutions

Page 9: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 9

Ongoing and Planned Collaborative R&D EffortsOff-Shore Wind Integration

Transmission – EMS Distribution – DMS

Hierarchical, Distributed Control Architectures

The Advanced Power Restoration Tool PMU-Based Grid Controllers

Transmission – EMS Distribution – DMSTransmission - EMS Distribution - DMS

Page 10: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 10

Future Impactful Use Cases

Equipment Configuration and Testing• Test equipment in realistic field conditions• Validate the performance of novel technologies

Novel System Protection Schemes• Validate protective relaying behavior and settings• De-risk novel protection schemes

Digital Substation and IEC 61850• Create replicas of substation intelligent electronic devices• Perform closed-loop testing using communication protocols

Distribution Automation and DERMS• Simulate the performance of distribution automation systems• Integrate distributed energy resources and storage

Page 11: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 11

Future Direction – AGILe Phase II

• Stand-alone lab facility

constructed by NYPA

• Expanded lab equipment

and capabilities

• Extended collaborations

and stakeholder

engagement

• Sustainable operating

model

Page 12: Illinois Institute of Technology - NSF Workshop on Power ...peac.ece.iit.edu/wp-content/uploads/2019/11/Stefopoulos...2019/11/04  · Building a clean, resilient, and affordable energy

November 4, 2019 12

George StefopoulosDirector, Advanced Grid Innovation Lab for Energy (AGILe)

New York Power Authority914-287-3857

[email protected]

Discussion