CUSTOMER SUPPORT
Technical Papers
| Protection | Controls | Motor Bus Transfer & Synchronizing |
Protection |
|
| Generator Protection | |
| Advanced Applications of Multifunction Digital Generator Protection |  |
| Fundamental Reliability Considerations in the Design, Manufacturing and Application of Multifunction Digital Relays for Generator Protection | |
| Generator Protection Using Multifunction Digital Relays | |
| Power Plant "Horror Stories" | |
| Upgrading Generator Protection Using Digital Technology | |
Upgrading Generator Protection with Digital Multifunction Relay Technology |
|
| Upgrading Hydroelectric Generator Protection Using Digital Technology | |
| Upgrading the Protection of Industrial Sized Generators using Digital Technology | |
| 15 Years of Experience with 100% Generator Stator Ground Fault Protection-What works, What doesn't and why | |
| Applying 100% Stator Ground Fault Protection by Low Frequency Injection for Generators ~ By: Steve Turner | |
| Protecting Large Machines for Arcing Faults ~ By: Steve Turner | |
| Switching Transient Analysis and Specifications for Practical Hybrid High Resistance Grounded Generator Applications | |
| DG Interconnection Protection | |
| Interconnect Protection of Dispersed Generators | |
| Update on the Current Status of DG Interconnection Protection. What IEEE P-1547 Doesn't tell you about DG Interconnection Protection. | |
| Impact of Green Power Generation on Distribution Systems | |
| Transformer Protection | |
| Digital Transformer Protection from Power Plants to Distribution Substations | |
| Minimizing the Impact of Blackouts by Charles Mozina IEEE Industry Applications Mag. Sept/Oct 2008 ©2008 IEEE. Personal use of this material is permitted. However, permission to reprint /republish this material for advertising or promotional purposes or for creating new collective works for resale or redistribution to servers or lists, or to reuse any copyrighted component of this work in other works must be obtained from the IEEE. |
|
| Testing Numerical Transformer Differential Relays ~ By: Steve Turner |
|
| Adhering to Utility Interconnection Standards May Not Guarantee DG Security by Wayne Hartmann | |
| Undervoltage Load Shedding By Chuck Mozina | |
| Apagones Sist Potencia en Co-Gen Industrial By Chuck Mozina (Spanish) | |
| Return to Top | |
Controls |
|
| Adaptive Control for Pole-Top Capacitor Banks | |
| Autodaptive Volt/VAr Management System | |
| Coordinated Adaptive Distribution Volt/VAr Controls | |
| Economic Evaluation Model | |
| Innovative Volt/VAr Management Provides Payback | |
| Load Tap Changing Control | |
| Load Tap Changing Controls as a Power System Nerve Center | |
| Maximizing Automatic Reverse Power Operations with LTC Transformer & Regulators | |
| Optimal Real Time Voltage Control | |
| Replacement Considerations of Voltage Regulating Relays for Power Transformers and Voltage Regulators | |
| Transformer Paralleling | |
| Transformer Tapchanging Under Load | |
| Volt/VAr Management - An Essential ‘SMART’ Function | |
| Return to Top | |
Motor Bus Transfer & Synchronizing |
|
| Automatic Synchronizing: Considerations and Methods | |
| Section 1 | |
| Section 2 | |
| Automatic Synchronizing for Generation and Tie Lines | |
| Section 1 | |
| Section 2 | |
| Automated Motor Bus Transfer Theory & Application | |
| Section 1 | |
| Section 2 | |
| Testing Techniques for Verifying Breaker Advance Time of Automatic Synchronizing Relays | |
| Restoration and Upgrade of a paper mill’s electrical generating system – A Case Study of Brownsville Specialty Paper Products | |
| Return to Top | |