Project Overview

GET SET Project

The energy sector is currently undergoing one of its most dynamic, transformative and exciting periods, marked by a range of challenges—from the growing demand for energy to rapid technological advancements across multiple disciplines. In this evolving landscape, the sector must address the dual challenge of upgrading existing infrastructure while also developing new systems that incorporate emerging technologies.

The Electric Power Research Institute’s (EPRI) Grid-Enhancing Technologies for a Smart Energy Transition (GET SET) Initiative is designed to support utility implementation efforts through comprehensive evaluation, testing, aggregation of industry experiences, and the development of practical application guidance. Furthermore, the initiative seeks to generate and disseminate insights related to the use and benefits of these technologies, their integration into operational and planning processes, as well as considerations around life expectancy and reliability.

Link to Statement of Work

GET SET focuses on four high-impact technologies with the potential to enhance transmission capacity.

  • Dynamic Line Ratings (DLR) provide transmission ratings that accurately reflect real-time conditions,
  • Advanced Conductors use new and existing materials to increase the thermal capacity of power lines.
  • Advanced Power Flow Control (APFC) can actively change the way power flows through the transmission lines.
  • Topology Optimization is software that analyzes the transmission network that can increase total network flows, lower costs, and maintain system reliability.

GET SET Governance

EPRI’s Transmission Sector Council provides strategic executive insight into the GET SET initiative, with invaluable contributions from our advisors representing the initiative’s sponsoring organizations. Their active engagement ensures that the initiative remains aligned with industry priorities and practical implementation needs.
A key objective of GET SET is to facilitate a robust and effective technology transfer process, ensuring that the knowledge, tools, and innovations developed through the initiative are successfully transitioned to utility personnel and stakeholders. We are committed to delivering actionable outcomes that empower our advisors and utility partners to adopt and integrate these advanced technologies with confidence and efficiency.

GET SET Project Structure

The project is structured around four key workstreams. The first focuses on Transmission Lines, where EPRI explores technologies such as Advanced Conductors and Dynamic Line Rating. The second workstream, Advanced Power Flow Controllers, centers on the application of power electronic devices to enhance transmission infrastructure.
The third workstream—Planning and Operations—is essential for turning ideas into action. It addresses how Grid-Enhancing Technologies (GETs) should be planned and implemented in real-world systems. Lastly, the Affinity Group plays a vital role in engaging industry, regulatory bodies, and other stakeholders to gather diverse perspectives and insights on the project. Staying informed about GET SET’s progress will help ensure effective communication of its public deliverables. Additionally, exploring methods to evaluate the reliability, benefits, and integration of GETs into the power system is key to the project’s success.

The Workstreams are:

  • Transmission Lines (Advanced Conductors and Dynamic Line Rating)
  • Advanced Power Flow Controller
  • Operations and Planning
  • Affinity Group

Program Structure & GET SET Team

Whitepapers on each technology

Transmission Lines (Advanced Conductors and Dynamic Line Rating)

Advanced Power Flow Controller

Operations and Planning

References


GET SET in the News

Title/Link Source Date
EPRI’s GET SET InitiativeGets Going
https://eprijournal.com/epris-get-set-initiative-gets-going/
EPRI October 21, 2024
Renewable Integration
https://www.fortnightly.com/fortnightly/2024/08/grid-enhancing-technologies
Public UtilitiesFortnightly August 2024
EPRI Launches Effort to Accelerate Deployment of Grid-Enhancing Technologies
https://www.epri.com/about/media-resources/press-release/bsl4qaoyrgclo34v2j4iw9fhrvf2qyfs
EPRI July 8, 2024
DOE calls for overhaul of grid technology
https://subscriber.politicopro.com/article/eenews/2024/04/17/doe-calls-for-overhaul-of-grid-technology-00152563
E&E April 17, 2024
Grid Enhancing Technologies Do Exactly What They Say
https://www.powermag.com/grid-enhancing-technologies-do-exactly-what-they-say
Power Magazine Podcast June 2, 2025
New projects aim to break US barriers to digitizing the grid
https://www.canarymedia.com/articles/transmission/new-projects-aim-to-break-us-barriers-to-digitizing-the-grid
Canary Media June 20, 2024
Advanced conductors could double power flows on the grid
https://doi.org/10.1063/pt.myxz.pgmk
Physics Today May 29, 2024