Grid of the Future - Kansas City 2012

Summary

2012 Grid of the Future, Kansas City, MO

2012-1 - Optimization of Fault Detection and Control with D-FACTS Sensing
2012-2 - Using Perfluorocarbon Tracers (PFT) for detecting oil leakages in LPOF cable
2012-3 - Resonances, Safety And Parallel Transmission Lines
2012-4 - Holonic Multi-agent Control of Power Distribution Systems of the Future
2012-5 - Technology Options for Distribution Communications Infrastructure to Support Advanced Smart Grid Applications
2012-6 -Real Time Distribution System Simulator-based on OpenDSS
2012-7 - Linking Smart Grid Benefits to Solution Architecture
2012-8 -Asset Management in the Digital Age
2012-9 - Risk Based Power Transformer Fleet Management Expert System Condition Assessment Tools
2012-10 - Using IEC TC57 CIM Standards to Integrate Asset Health Information
2012-11 - Industry-wide Database For Transformers
2012-12 - Impacts of the Decentralized Photovoltaic Energy Resources on the Grid
2012-13 - Modeling and Simulation of Advanced Reactive Compensation Systems in Renewable Energy Applications
2012-14 - Stochastic Approach for Distribution Planning with Distributed Energy Resources
2012-15 - Evolution of the US Power Grid and Market Operations through the next Decade
2012-16 - Integrated Distributed Energy Resource Pricing and Control
2012-17 - Using Demand Response as a Virtual Power Plant
2012-18 - Modern Grid Control Architecture
2012-19 - The Need for Next Generation Grid Energy Management System
2012-20 - Trends for the Grid of the Future
2012-21 - Grid Operational Data Management
2012-22 - Proposed Business Case Model for Implementing a Self-Healing Distribution Smart Grid
2012-23 - Demonstration of Pulsecloser Applications and Benefits in Ameren's Distribution Automation Program
2012-24 - Advanced Monitoring of Low-voltage Secondary Networks for the Detection and Mitigation of Arcing Faults
2012-25 - Automated Waveform-Based Analytics for Enhanced Reliability, Power Quality, and Operational Efficiency
2012-26 - HVDC Technologies for the Future Onshore and Offshore Grid
2012-27 - The Role of HVDC for Wind Integration in the Grid of the Future
2012-28 - Wide Area Reactive Power Control for Optimization of AEP's Static Var Compensation
2012-29 - Coordination of Protection and Automation in Future Networks
2012-30 - Lessons Learned Progression of Using Digital Message Virtual Wires to Replace Traditional Substation Wiring
2012-31 - Case Study Collaborative New Design, Engineering, and Testing Practices Provide Successful Adoption of IEC 61850
2012-32 - Methodology of Computing Simultaneous Variable Transfer Limits on Multiply Paths
2012-33 - Innovations in Bulk Power System Reliability Assessment A North American View
2012-34 - Bulk System Reliability Assessment Needs under Evolving Smart Grid Implementations EPRI Workshop Highlights
2012-35 - Geomagnetic Disturbance Impacts and AEP GIC Harmonics Monitoring System
2012-36 - Grid Issues and Challenges Addressed by High Temperature Superconductor (HTS) Technology
2012-37 - Medium Voltage DC Technology Developments, Applications, and Trends
2012-38 - Improving the Efficiency, Capacity and Reliability of the Smart Grid Using ACCC Conductor
2012-39 - Benefits of Synchrophasors in Operation of the Future Grid
2012-40 - Methods for Risk Assessment of SSCI Stability Issues Between Renewable Generation and Series Compensated Transmission Systems
2012-41 - Wide-Area Frequency Monitoring Network (FNET) Architecture and Applications
2012-42 - Frequency Response from Autonomous Battery Energy Storage