The GMLC website address has changed; it’s now gmlc.doe.gov
This page serves as a repository for products and deliverables created through the GMLC projects. It also contains guidance documents, as well as key accomplishments by the national laboratories toward grid modernization. lf you would like to add to this repository, please send a message to gmlc@hq.doe.gov.
For DOE grid modernization information, please visit DOE's Grid Modernization Initiative website.
| Title | Summary | Publication Date | Type | File/Link |
|---|---|---|---|---|
| Updated Technology Team Rosters |
Updated technology teams. GMLC updates tech teams to align with new lab call. |
June 2019 | Document |
 GMLC Tech Team Roster Updated 6-5-19.pdf |
| National Lab Call 2019 |
Department of Energy's Grid Modernization Lab Call |
May 2019 | Document |
GMI-National-Lab-Call-2019-05-29.pdf |
| Review and Assessment of Sensing and Measurement Technology for Electric Power Grids |
Devices Including Communications and Data Analytics Requirements |
April 2019 | Report |
 GMLC Sensing Measurement Strategy Technology Review Assessment Final Report.docx |
| Extended Grid State Definition | April 2019 | Report |
Extended Grid State Definition v3.4_GMLCFormat_final.pdf |
|
| GMLC Sensing Measurement Strategy Sensor Technology Roadmap Final Report | April 2019 | Report |
GMLC Sensing Measurement Strategy Sensor Technology Roadmap Final Report.pdf |
|
| Electricity Affordability Tool |
This simple interface is a way to compare electricity affordability metrics of U.S. residential customers at the state or county level. Users can... |
October 2018 | Deliverable |
 AffordabilityTool_V1.0(2016data)_Oct 2018_PNNL.xlsm |
| 1.5.07 Laboratory Value Analysis Team |
This project will evaluate the impacts of the six resiliency projects under GMI's Resilient Distribution Systems project portfolio. The team will... |
August 2018 | Fact Sheet |
Laboratory Value Analysis Team Fact Sheet |
| 1.5.06 Consequence-Based Approach for Considering Community Grid Resiliency Investments |
Multiple decisionmakers, such as local governments, electric utilities, and state regulators, could more confidently support grid resilience... |
August 2018 | Fact Sheet |
Consequence-Based Approach for Considering Community Grid Resiliency Investments |
| 1.5.05 CleanStart Distributed Energy Resource Management System |
The CleanStart Distributed Energy Resource (DER) Management System will design, implement, and validate a novel blackstart and dynamic microgrid... |
August 2018 | Fact Sheet |
CleanStart DERMS |
| 1.5.04 Integration of Responsive Residential Loads |
The goal of this project is to provide electric utilities with the necessary software and hardware, all based on open standards, to leverage... |
August 2018 | Fact Sheet |
Integration of Responsive Residential Loads into Distribution Management Systems |
| 1.5.01 Grid Resilience and Intelligence Platform (GRIP) |
In collaboration with industry partners, this project will develop and validate a new software platform to help operators anticipate, respond to,... |
August 2018 | Fact Sheet |
1.5.01 Grid Resilience and Intelligence Platform (GRIP) |
| 1.5.03 Increasing Distribution Resiliency Using Flexible DER and Microgrid Assets Enabled by OpenFMB |
Through a collaboration of national laboratory, university, and industry partners, this project is developing and testing a flexible architecture... |
August 2018 | Fact Sheet |
Increasing Distribution Resiliency Using Flexible DER and Microgrid Assets Enabled by Open FMB |
| Resilient Alaskan Distribution System Improvements using Automation, Network analysis, Control, and Energy storage (RADIANCE) |
The project team will put in place a system of resilient, networked microgrids in Cordova, Alaska. This project introduces the concept of... |
August 2018 | Fact Sheet |
Resilient Alaskan Distribution System Improvements using Automation, Network analysis, Control, and Energy storage (RADIANCE) |
| Grid Services and Technologies Valuation Framework: The Long-Term Vision for Development and Implementation |
The US electric grid is a vast complex of equipment, processes, and controls to deliver clean, reliable, and economical electricity to consumers.... |
June 2018 | Report |
Grid Services and Technologies Valuation Framework |
| Energy Services Interface: From Theory to Practice |
This resource contains the slides presented during a May 2018 webinar under GMLC Project 1.4.1. Presenters included Mary Ann Piette (PI), Peter... |
May 2018 | Presentation |
GMLC ESI Webinar Slides_180514.pdf |
| Theory of Grid Resilience - Grid Architectural Approach |
The purpose of this work is to provide practical means to make decisions about changes to the grid for resilience improvement purposes, starting... |
April 2018 | Report |
Theory of Grid Resilience final_GMLC.pdf |
| Interoperability Strategic Vision |
The Interoperability Strategic Vision whitepaper promotes a common understanding of the meaning and characteristics of electric grid... |
March 2018 | White Paper |
InteropStrategicVisionPaper2018-03-29.pdf |
| A Mathematical Representation of System Architectures with Application to Grid Architecture |
Much architecture work is ad hoc in nature, leading to difficulties in comparing architectural alternatives and determining how well a given... |
March 2018 | Report | |
| Sensor Network Issues for Advanced Power Grids |
The traditional techniques for distribution grid data acquisition are facing challenges that are structural in nature as the number of end points... |
December 2017 | Report | |
| Interoperability Roadmap Methodology |
The Interoperability Roadmap Methodology document supports the U.S. Department of Energy (DOE) Grid Modernization Laboratory Consortium (GMLC)... |
December 2017 | Report |
Interoperability Roadmap Methodology, V1.1 |