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Resources for Transmission and Substations Research
- 1: Applications
- 2: Capabilities
- 3: Area Information Documents
- 4: Technical Leads
- 5: Success Stories
- 6: White Papers
- 7: Contaminated Insulation Interest Group (CIIG)
1 - Applications
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Transmission and Distribution Infrastructure (TDI) Applications.
Transmission and Distribution Infrastructure (TDI) Applications.. |
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EPRI RF Monitors
The EPRI Radio Frequency (RF) Monitor Suite is a collection of monitors that provide information on the health of a range of transmission line and substation assets. |
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EPRI T&D Asset Forensics & Failure Analysis
Transmission and Distribution (T&D) asset failures can significantly impact system operation, reliability, and safety. These failures are frequently difficult or impossible to predict, and they can sometimes seem random. |
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EPRI EMP Testing and Design Support Applications
High-Altitude Electromagnetic Pulse (HEMP) has long been identified as a threat to power grids around the world and can disrupt unhardened power systems over large geographical areas. |
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T&D Asset Analytics Support Applications
Transmission and Distribution (T&D) utilities face several challenges—among them, aging infrastructure, stringent operating requirements, financial constraints, and retiring expertise—that make maintaining and managing power delivery assets challenging. |
Hover over these links to locate a test site on the map above:
Located in Lenox, MA is EPRI’s 138kV research substation. This substation as a multitude of capabilities with a few examples being: on-line monitoring evaluations, ground grid analysis, bushing testing and robotics evaluations. This research substation has the ability to be energized while subjecting assets to various harsh environmental and loading conditions. In addition, with it being a research substation, EPRI is able to follow well defined test protocols. _Click the popover to keep the popover open.-
138kv-Transformers Disconnect Switch Bushing Tanks Concrete Universal Test Pad Circuit Breaker Arresters Water Sprinkler System Post Insulators Composite Poles & Cross Arms
3 - Area Information Documents
Transmission and Substations Program News
Transmission and Substations Overview Document
Transmission and Substations Reference Guide
Software Guides
4 - Technical Leads
Transmission and Substations Technical Contacts
| Topic |
Contact |
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|---|---|---|
| For information |
TDI |
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Asset Management and Analytics (Overhead and Underground Assets) P34
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Bhavin Desai Tim Raymond Arshpal Gill Sean Jiang Andy Shi Michael O’Connor Patrick Walther |
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Overhead Transmission P35
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Rachel Moore Gary Sibilant Alessandro Cesar de Sousa Berredo
Jean-Pierre Marais Justin Bell Neal Murray Timothy Shaw Daniel Malan David Folk Fabien Besnard Camille Le Mauff |
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Underground Transmission P36
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Tom Zhao Corey Campbell David Kummer Erick Hernandez James Moreton |
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Substation P37
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Erika Willis Bhavin Desai Gordon van der Zel Arshpal Gil Sean Jiang Timothy Raymond Yuchen Lu Neal Murray Yamille del Valle Jessica Bock Rambabu Adapa |
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High Voltage Direct Current (HVDC)
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Gary Sibilant Rambabu Adapa |
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EPRI U for Transmission |
Robert Haromszeki |
General Inquiries
For general inquiries on EPRI research, please contact askepri@epri.com.
5 - Success Stories
P34 - Transmission Asset Management Analytics
- EPRI Circuit Breaker Ranking Tool Continues to Evolve and Improve with Member Input, Increasing Savings through Data-Driven Maintenance and Replacement Decisions
- EPRI Value and Impact: Wood Pole Methodology Delivers Cost Savings
P35 - Overhead Transmission
- EPRI Insulator Contamination Monitoring Helps Increase Safety, Reduce Risk of Outages and Equipment Damage
- EPRI | U for Transmission Helps Utility Personnel Learn About Critical Technology and Stay Up to Date on Certifications
P36 - Underground Transmission
P37 - Substations
5.1 - Substations Success Stories
Substations
EPRI Value and Impact: Wood Pole Methodology Delivers Cost Savings
Bhavin Desai Senior Program Manager Transmission and Substations
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Wood poles are used extensively to support both transmission and distribution class overhead lines.
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Utilities periodically perform inspections to assess the current remaining strength of the pole and decide whether the pole should be replaced or maintained.
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EPRI researchers sought to determine how inspection data could be used to improve pole fleet management and how inspection data from multiple utilities may be used to yield industry-wide insights
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The Transmission Asset Management Analytics program developed an analytical methodology by working with wood pole data from 16 different utilities to better understand the influence of various factors on pole service life.
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This analysis included data in a dozen separate files detailing approximately 1 million T&D wood poles inspected over 11 to 13 years.
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Xcel Energy- “This model allows us to determine the projected age of various types of wood poles with and without retreatment and can be used to set up policies on treatments and/or where treatments would not work.”
Download
EPRI Model Informs Utility Wood Pole Fleet Management, Helps Increase Efficiency by Streamlining Asset Inspection Scheduling and Estimating Replacement Needs here
6 - White Papers
- EPRI Wildfire Mitigation Research (2024) – 3002030430
- Powering Intelligence: Analyzing Artificial Intelligence and Data Center Energy Consumption (2024) - 3002028905
- Generative AI in Transmission & Distribution Asset Management - (2024)
- Voltage Upgrading Transmission Lines to Increase Power Flow (2022) – 3002023334
- Reconductoring, Tensioning, and Advanced Conductor Technologies for Increasing the Capacity of Transmission Lines (2022) – 3002023335
- Advanced Transmission Line Designs for High Row Utilization (2022) - 3002023331
- Increasing Transmission Line Capacity Through Ratings (2022) - 3002023333
- Leveraging Existing Infrastructure: Increasing the Capacity of Transmission Lines and Rights-of-Way (2021) - 3002023004
- Technology Evaluation of Substation On-Line Monitors (2021) - 3002022753
- Condition Based Replacement for T&D Assets (2021) - 3002020583
- Management of Composite Structures (2021) - 3002020576
- Industry Challenges in Transmission Line Ratings (Updated in 2021) - 3002019779
- Asset Management Information Systems (2020) - 3002019783
- Understanding Power Transformer Performance Using Industry Data (2020) – 3002017906
- Corrosion Monitoring of Transmission Assets (2020) – 3002017907
- Transmission and Distribution Resiliency (2019) – 3002015363
- Overhead Line Resiliency and Emergency Restoration (2019) – 3002017282
- New and Emerging Protection and Control Devices (2019) – 3002017280
- Advanced Coatings for Transmission and Substation Applications (2019) – 3002015362
- Artificial Intelligence for Inspection (2019) – 3002017283
- Unmanned Aircraft Systems for Transmission Applications (2018) – 3002013980
- Asset Management Decision Support (2018) – 3002013979
- Advanced Overhead Line Design Considerations (2018) – 3002013978
In Development
For any questions, please feel free to reach out to TDI
7 - Contaminated Insulation Interest Group (CIIG)
Objective
The objectives of the CIIG:
- Learn from other utilities contaminated insulation challenges and the mitigation methods deployed.
- Learn from the results of leakage current monitoring being performed at over 30 sites on 4 continents.
- Provide input to, and increase awareness of, EPRI R&D underway.
Meeting date/link (once cvent site is live)
- May 2nd, 2024
Resources
- Contamination Guidebook
- Whitepapers
- RF Monitor Website
How to get involved
For information on how to get involved please contact Jessica Buchanan, JEBuchanan@epri.com, or (704)-595-2093