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LF Energy's technical projects are organized underneath the Technical Advisory Council in order to create specific software or services. Project chairs or leaders report up to the TAC, and projects at the Early Adoption or Graduated maturity level vote on TAC business.

Projects are distinct from technical working groups, which meet to develop or explore specific functional areas, or Special Interest Groups, who meet regularly for discussions but do not have a specific charter.

Current Projects

Name

Description

Assets

Stage

Grid eXchange Fabric

Control and Monitor Smart Devices

Grid eXchange Fabric (GXF) allows you to monitor and control hardware in the public space. With several (generic) functions ready to use, the main benefits of GXF are: scalability & high availability, high security, its generic design, and no vendor lock-in.


Wiki page on this server

Web page on lfenergy.org

Code repository on github.com

CII Best Practices

Expand
titleGrid eXchange Fabric (GFX) Mailing List


NameDescription
GXF-generalGrid eXchange Fabric general discussion list



Status
colourBlue
titleEarly Adoption

RIAPS Logo

RIAPS

An Effective Distributed Software Platform for Smart Grid Apps

The Resilient Information Architecture Platform for Smart Grid (RIAPS) provides core infrastructure and services for building effective, secure and powerful distributed Smart Grid applications.



Wiki page on this server

Web page on lfenergy.org

Code repository on github.com


Expand
titleRIAPS Mailing Lists


NameDescription
RIAPS-generalRIAPS general discussion list
RIAPS-announceRIAPS Announcements
RIAPS-devRIAPS developers
RIAPS-tscRIAPS Technical Steering Committee




Status
colourBlue
titleEarly Adoption

Logo POWSYBL


PowSyBl

A High-Performance Computing Framework For Grid Simulation and Planning

PowSyBl provides the code building blocks for the simulations and analyses of power systems, for horizons from real-time operation to investment planning.

Wiki page on this server

Web page on lfenergy.org 

Code repository on github.com

CII Best PracticesImage Added

Expand
titlePowSyBl Mailing Lists


NameDescription
PowSyBI-generalPowSyBl general discussion list
PowSyBl-announcePowSyBl Announcements
PowSyBl-devPowSyBl developers
PowSyBl-tscPowSyBl Technical Steering Committee



Status
colourBlue
titleEarly adoption



OperatorFabric

A Smart Assistant For System Operators

OperatorFabric is a modular, extensible, industrial-strength and field-tested platform for use in electricity, water, and other utility operations.


Expand
titleOperatorFabric Mailing Lists


NameDescription
OperatorFabric-generalOperatorFabric general discussion list
OperatorFabric-announceOperatorFabric Announcements
OperatorFabric-devOperatorFabric developers
OperatorFabric-tscOperatorFabric Technical Steering Committee



Status
colourBlue
titleEARLY ADOPTION


OpenEEmeter

Consistent treatment of energy meter data for demand flexibility

Generates consistent and replicable results by always using the same methods to determine changes in energy consumption-there are no discretionary independent variables that change from calculation to calculation. 



Wiki page on this server

Web page on lfenergy.org 

Code repository on github.com


Expand
titleOpenEEmeter Mailing Lists


NameDescription
OpenEEmeter-generalOpenEEmeter general discussion list
OpenEEmeter-announceOpenEEmeter Announcements
OpenEEmeter-devOpenEEmeter developers
OpenEEmeter-tscOpenEEmeter Technical Steering Committee



Status
colourGreen
titleINCUBATION

EM2

Reducing the costs of scaling demand-side energy through collaboration

Energy Market Methods Consortium (EM2) is developing standardized methods, linked to open source code, to enable demand flexibility as a resource, supporting energy programs and distributed energy resource (DER) ​markets.



Expand
titleEnergy Markets Methods (EM2) Mailing Lists


NameDescription
EM2-generalEM2 general discussion list
EM2-tscEM2 Technical Steering Committee
EM2-CalTrackCalTrack working group mailing list
EM2-GridEM2 GRID Project
EM2-SeatEM2 SEAT Project



Status
colourBlue
titleEarly Adoption

CoMPAS



CoMPAS

Configuration Modules for Power industry Automation Systems

The CoMPAS project was formed to develop open source software components related to IEC 61850 model implementation (profile management) and configuration of a power industry Protection Automation and Control System (PACS). CoMPAS is part of the Digital Substation (DSAS) Initiative.


Wiki page on this server

Web page on lfenergy.org 

Code repository on github.com


Expand
titleCoMPAS Mailing Lists


NameDescription
CoMPAS-generalCoMPAS general discussion list
CoMPAS-announceCoMPAS Announcements
CoMPAS-devCoMPAS developers
CoMPAS-tscCoMPAS Technical Steering Committee



Status
colourGreen
titleINCUBATION


OpenLEADR

Status
colourGreen
titleINCUBATION

SEAPATH

Wiki page on this server

Web page on lfenergy.org 

Code repository on github.com

Status
colourGreen
titleINCUBATION

Hyphae

Wiki page on this server

Web page on lfenergy.org 

Status
colourGreen
titleINCUBATION

SOGNO

Wiki page on this server

Web page on lfenergy.org 

Status
colourBlue
titleEarly Adoption

FledgePOWER

Wiki page on this server

Web page on lfenergy.org 

Status
colourGreen
titleINCUBATION


Current Initiatives

Digital Substation (DSAS) - CoMPAS is the first project underneath the Digital Substation initiative.