*This event has been updated to virtual only*
Outline:
I. Introduction
A. Definition of centralized and decentralized generation systems
B. Significance of the conflict between the two models
II. Understanding Centralized Generation Systems
A. Overview of centralized power generation
B. Key characteristics and components
C. Advantages and disadvantages
III. Decentralized Generation Systems: An Emerging Paradigm
A. Definition and features of decentralized power generation
B. Types of decentralized generation technologies (solar, wind, microgrids, etc.)
C. Advantages and disadvantages
IV. Clash of the Titans: Conflict Points
A. Infrastructure and grid integration challenges
B. Economic considerations and cost implications
C. Resilience and reliability concerns
D. Environmental and sustainability impacts
V. Opportunities for Synergy and Collaboration
A. Hybrid models and integrated approaches
B. Technological advancements facilitating integration
C. Policy and regulatory frameworks supporting coexistence
VI. Case Studies and Real-World Examples
A. Successful implementations of centralized and decentralized systems
B. Lessons learned and best practices
C. Future trends and implications
VII. Conclusion
A. Recap of key points
B. Call to action: Embracing diversity in power generation for a sustainable future
C. Open floor for questions and discussions
One PDH Course Credits are applicable to current requirements for Florida PE Renewal, IEEE Florida Provider Number: 0003849. Attendees who register accordingly provided a PE Number will receive a certificate by email shortly after the event.
The program will be presented on Webex. The Webex Link will be sent out late on the day before the event.