Alternative technologies key to FERC transmission orders’ success: ACORE

Brian Martucci | Source: Utility DIVE | Posted 05/09/2025

Keyword Tags:

FERC Orders 1920 and 1920-A offer an opportunity for state entities and transmission providers to collaborate on cost-effective transmission solutions, the report said.

AI generated summary

The American Council on Renewable Energy (ACORE) highlights the significance of Federal Energy Regulatory Commission (FERC) Orders 1920 and 1920-A in fostering a collaborative transmission planning framework. These orders emphasize the integration of alternative transmission technologies (ATTs) such as dynamic line ratings and advanced power flow control, which can enhance the reliability and efficiency of the transmission network. However, the report identifies four key barriers to the widespread adoption of ATTs, including insufficient recognition of their value and misaligned incentives.

Former FERC Commissioner Allison Clements praised Order 1920 as a crucial step towards improving grid reliability and reducing electricity costs. The modified Order 1920-A further empowers state entities in long-term transmission planning, requiring transmission providers to incorporate state input in scenario development. ACORE's analysis indicates that ATTs are not only cost-effective and quicker to deploy compared to traditional solutions but also provide multiple benefits, making them a viable option for enhancing the transmission infrastructure.

Link to Original Article

Please find the link to the full article below. (Please note that content provider might require a paid subscription)

Source Link: https://www.utilitydive.com/news/alternative-technologies-key-to-ferc-transmission-orders-success-acore/747526/

Create a free trial account: Sign Up

Grid monitor is free to try. No credit card required

Alternative technologies key to FERC transmission orders’ success: ACORE

AI generated summary

Link to Original Article

Create a free trial account: Sign Up

Already have an account? Login