2026 Event Schedule

This dynamic, utility-focused course explores how Advanced Distribution Management Systems (ADMS) can be adapted and enhanced to support the integration of Distributed Energy Resources (DERs). As DER penetration grows, utilities face increasing complexity in real-time operations, grid reliability, and customer expectations. This course provides a clear, actionable understanding of how ADMS platforms—when properly configured and integrated—can enable safe, efficient, and intelligent grid operations.

The course provides a clear overview of the fundamental applications within ADMS, OMS, and DERMS platforms that are being deployed in today’s most advanced utility environments. Participants will gain an understanding of how each application works, how they integrate across platforms, and the specific operational and business benefits they deliver—including improved reliability, enhanced situational awareness, DER coordination, and faster outage restoration.

Alternative conceptual architecture models—including both cloud-based and on-premise deployment options—will be explored, along with associated cybersecurity concerns and mitigation strategies. The course will examine the trade-offs between architectures in terms of scalability, integration, latency, and security, helping utilities evaluate the best-fit solution for their operational and regulatory environment.

• The course will also cover strategies for procurement and phased implementation, along with practical approaches to change management. Topics will include best practices for developing technical specifications, evaluating vendor solutions, managing risk during deployment, and preparing utility staff and stakeholders for organizational and operational transition.

The course will also feature guest presentations from two electric utilities, who will share their real-world experiences with implementing ADMS, OMS, and DERMS solutions. These case studies will highlight practical challenges, lessons learned, and measurable benefits realized through modern grid modernization initiatives.