With more than 80 renewable resources in PJM, NYISO, and ISO-NE, RWE needs to keep back-office operations efficient, accurate, and audit-ready. Key challenges range from validating meter data and reconciling RTO settlement statements and invoices to completing month-end closing and performing settlements allocation — without tying up valuable resources.
In this webinar, RWE and PCI will share their experience with using the PCI ETRM platform to simplify and automate RTO settlement validation for renewable assets in the Northeast markets, turning what was once a time-consuming, manual process into a streamlined, data-driven workflow.
Here’s what you’ll learn:
- Inside RWE’s back-office process: How they validate meter data, perform shadow settlements, and reconcile RTO invoices
- Automation in action: Real-world case studies showing the measurable benefits of using PCI ETRM to reduce manual effort and improve accuracy
- Analytics for better decisions: How PCI Insights delivers BI reporting and dashboards to support RTO market participation
Who should attend:
- Back-office teams
- Settlement analysts
- Anyone involved in renewable asset management in PJM, NYISO, or ISO-NE
About the presenters:
Hillary Sass: Hillary Sass, CPA, is the Back Office US Team Lead at RWE Supply & Trading Americas, where she oversees settlement and operational processes for U.S. market activities. With over eight years of experience in accounting, tax, and process management, she has held roles at RWE Clean Energy, KPMG, and other firms, building deep expertise in back-office operations and financial compliance. Hillary holds a master’s in audit and advisory from DePaul University and a bachelor’s in accounting from Colorado State University.
Khai Le: Khai Le is a globally recognized expert in market-based operations, portfolio optimization, and energy accounting. Over the past 46 years, he has collaborated with major utilities worldwide to implement software tools for portfolio optimization, ETRM, and transmission scheduling. Khai has authored over 125 technical papers, including 24 published in IEEE Transactions and IEEE CAP Magazine, with five receiving prestigious awards. His work bridges the gap between theoretical models and practical utility operations, providing innovative solutions to real-world challenges.