Enabling ATTs and GETs

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Utilities must study the feasibility of grid enhancing technologies (GETs) and advanced conductors and then file a report with the California Independent System Operator (CAISO).

The Colorado Electric Transmission Authority is required to study the need for expanded transmission in the state including by co-locating multiple transmission lines, using advanced transmission technologies (ATTs); and strategically siting new transmission corridors.

In Siting Council proceedings for certain transmission projects, electric distribution companies (EDCs) and transmission owners must include project alternatives that use (1) an advanced conductor (unless the primary proposed project incorporates one) and (2) grid-enhancing technology (GETs) or nontransmission alternative technology.

In any base rate or capital improvement proceedngs before the Public Utilities Regulatory Authority (PURA), EDCs must report on the timelines and cost-effectiveness of deploying ATTs and GETs.

The Delaware State Energy Office, in coordination with other state agencies, the Delaware Sustainable Energy Utility, and electric utilities, must complete a study and analysis of grid-enhancing technologies (GETs) and advanced transmission technologies (ATTs), including the projected benefits and or costs to ratepayers, technical feasibility, barriers to adoption, and reasonable ways to implement GETs. An initial report is due by December 31, 2025, and a final report is due July 31, 2026.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Electric utilities are required to incorporate advanced transmission technologies (ATTs) into their integrated resource plans starting in 2026. The Indiana Utility Regulatory Commission (IURC) must study ATT use and deployment and include those findings in its 2026 annual report.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Starting in 2025, and every five years after, the Maine Public Utilities Commission must review the use of grid-enhancing technologies (GETs) and can use those findings to inform utility rate-making and grid planning proceedings.

Utilities must also consider the use of ATTs and GETs to improve grid reliability and efficiency in future planning exercises.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

The Massachusetts Energy Facilities Siting Board must determine whether sufficient consideration was given to the use of advanced transmission technologies (ATTs) when reviewing proposals for transmission infrastructure, and the Department of Public Utilities must study the use, costs and benefits, and impediments to ATT deployment.

Utilities must also conduct analyses related to the deployment of ATTs and grid-enhancing technologies (GETs), and they enabled to propose rate incentives to encourage the deployment of such technologies. Utilities must make a filing with the legislature and grid operator every five years on the deployment of ATTs.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Entities that own more than 750 miles of transmission lines in Minnesota must evaluate the technical and economic feasibility of installing grid-enhancing technologies (GETs) to address grid congestion. The Public Utilities Commission can approve cost recovery mechanisms for cost-effective GET investments.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Utilities can recover advanced transmission technology (ATT) costs from their rate bases or provides them incentives if ATTs are shown to create grid infrastructure cost savings.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Larger utilities can include advanced grid technology projects, such as advanced conductors, advanced power flow controllers, and dynamic line ratings in their grid modernization planning and integrated resource plans.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Utilities must consider advanced transmission technologies (ATTs) and grid-enhancing technologies (GETs) when building new transmission. They must assess the technical and financial feasibility of using ATTs and GETs to reduce grid congestion and propose an implementation plan to install GETs at each congestion points.

The public utilities commission (PUC) must develop a study on potential uses of ATTs, which will include project benefits and costs, permitting reforms to streamline ATTs deployment, and how the PUC can support the implementation of ATTs.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Electric companies within the state must develop strategic plans that include a timeline for deploying ATTs and GETs in an effort to improve transmission capacity and reliability.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Utilities must describe how they evaluates alternate transmission technologies (ATTs) when addressing transmission needs, and they must evaluate transmission investments, including grid-ehancing technologies and ATTs, in their transmission reports.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Electric utilities are required to include an evaluation of the benefits and deployment timelines of advanced transmission technologies (ATTs) in their grid planning. The Public Service Commission must encourage the use of ATTs and, if shown to be cost-effective, approve the utilities’ recovery of costs for ATT investments.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Electric utilities must include an assessment of the potential application of grid-enhancing technologies (GETs) and advanced conductors in their integrated resource plans (IRPs), or a detailed explanation of why such technologies or conductors are not included in the IRP.

The State Corporation Commission must consider the use of GETs (namely, advanced conductors) when evaluating applications for constructing transmission lines of 138 kilovolts or more, to improve the reliability and efficiency of the state’s transmission network.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.

Advanced transmission technologies (ATTs) and grid enhancing technologies (GETs) are a family of technologies that can enhance the capacity of the existing electrical transmission and distribution system. State policies that promote ATTs and GETs can be key to unlocking renewable energy development at lower cost and with shorter wait times.