Implement

Numerous states have been able to move toward operationalizing advanced electric grid optimization solutions through the use of federal funding and partnerships with utilities. For example, the U.S. Department of Energy administers the Grid Resilience and Innovation Partnerships (GRIP) Program, which is a $10.5 billion initiative aimed at enhancing the flexibility and resilience of the grid. This competitive grant program was designed to enable the implementation of grid projects that help ensure the reliability of the infrastructure of the nation’s electric grid. Through the federal investments from the GRIP Program, states and their utility partners can maximize grid infrastructure modernization at-scale and leverage private sector and non-federal public capital to advance grid and transmission goals. The table below highlights State Energy Offices that have been awarded GRIP funding that are enabling the implementation of a range of advanced electric grid optimization solutions.

Project Name Description Lead Federal Cost Share
Reliable Electric Lines: Infrastructure Expansion Framework (Project RELIEF) Enhances transmission capacity and reliability and enables integration of domestic energy through the deployment of advanced conductors using existing rights of way. Utah Office of Energy Development (State Energy Office) $249,557,047
North Carolina Innovative Transmission Rebuild Supports the deployment of advanced reconductoring of an existing transmission line, enhancing resilience and reliability while meeting growing demand. North Carolina Department of Environmental Quality and State Energy Office (State Energy Office) $57,099,386
Utility Solar Grid Forming Technology (USGFT) Enhances grid resilience through battery storage and advanced, grid-forming inverters to existing solar power plants. Hawai'i State Energy Office (HSEO) (State Energy Office) $16,250,000
Synchronous Condenser Conversion Technology (SCCT) Strengthens grid resilience by repurposing existing generation resources and provides a replicable example of conversion technology, an advanced technological process. Hawai'i State Energy Office (HSEO) (State Energy Office) $1,675,000
Regional Grid Improvements to Address Reliability in Georgia with a Focus on Remote or Hard-to-Reach Communities Enables grid resilience through investments in battery storage, local microgrids; new transmission lines; advanced grid control systems. Georgia Environmental Finance Authority (State Energy Office) $249,129,382
CHARGE 2T: California Harnessing Advanced Reliable Grid Enhancing Technologies for Transmission Expands transmission capacity through deploying advanced conductors and dynamic line ratings and improving transmission interconnection process. California Energy Commission (State Energy Office) $600,561,319