Core Viewpoint - PG&E has launched a technology demonstration project focused on Dynamic Line Rating (DLR) and Asset Health Monitoring (AHM) to enhance the reliability of California's electric grid, optimize transmission line capacity, and prepare for extreme weather and increased renewable energy integration [1][3][10]. Technology Implementation - PG&E and its partners have completed hardware installations and vendor dashboard setups, achieving trial deployment status for the DLR and AHM technologies [2]. - The DLR technology utilizes real-time weather data to adjust the capacity ratings of powerlines, allowing for increased electricity flow without the need for new infrastructure [4]. Strategic Goals - The project aims to modernize California's grid by expanding substation and transmission line capacity, reducing congestion, and ensuring reliable service during extreme weather events [3][5]. - By validating DLR and AHM solutions, PG&E seeks to unlock hidden capacity, improve reliability, and facilitate the integration of more renewable energy, ultimately saving customers money [5][6]. Collaboration and Partnerships - PG&E is collaborating with several technology partners, including Heimdall Power, Prisma Photonics, Sentrisense, and Smart Wires, to implement innovative solutions for monitoring and optimizing grid performance [7][8][9]. - EPRI serves as the project's technical advisor, conducting an independent evaluation of the DLR and AHM technologies over an 18-month demonstration period [6][9]. Future Outlook - The DLR and AHM technology demonstration reflects PG&E's commitment to innovation and collaboration, with the goal of enhancing grid reliability and preparing for future challenges related to extreme weather and renewable energy demand [10]. - The project is funded through PG&E's electric R&D budget under the Electric Program Investment Charge (EPIC), which supports the demonstration of new technologies for the benefit of California electric customers [11].