Dr. Tanya Das
Director of AI and Energy Technology Policy
Bipartisan Policy Center

Built to Power

The ACP PEAK: Performance, Modeling & Assessment Conference focuses on topics related to clean energy project performance, the optimization of energy resources, data tracking, and increasing the accuracy of energy assessments, all in the context of modeling and practical innovations to improve project returns for all stakeholders. The conference also includes the technology-side impact to modeling practices for solar, wind and storage projects.
This event is tailored to professionals working in clean energy development, operation, and financing who are looking to improve project performance with data-driven modeling techniques.
As ACP and the industry have evolved, it was time to level-up the name of this event to accurately represents the scope and audience present. ACP PEAK: Performance, Modeling & Assessment Conference makes our purpose and scope abundantly clear to our current and prospective audiences.
PEAK symbolizes the ultimate goal of this event conference- ACP PEAK is where the industry comes together to share tactics and strategies that will help clean energy projects reach peak performance and optimal efficiency through pre- and post-construction modeling and analysis.
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Director of AI and Energy Technology Policy
Bipartisan Policy Center

VP, Energy Analytics & Measurements
DNV

Director, Energy Resources and Meteorology
Avangrid Renewables

Don’t forget your instrument—everyone’s welcome to join the jam session at the end of the conference as we wrap up with a celebration.
When: 5:30 – 7:00 PM on Thursday, October 30
Location: Waterloo Ballroom- Level 5

Amazon Web Services (AWS) hosted an immersive, hands-on workshop designed to introduce energy professionals and business leaders to the transformative potential of Generative AI, AI agents-based workflows, and Retrieval-Augmented Generation (RAG) architectures. This session explored how these technologies can augment wind and solar resource assessment, streamline wind farm design, and accelerate project development.