Webinar Title: Advanced Automatic Voltage Regulators
Instructor: Terry Gaines
Course Description: This session will provide an understanding of some of the more complex issues associated with controlling the voltage of a generator. It takes the student past the basic understanding of the AVR and into the actual application and commissioning of voltage regulators. Topics include basic automatic voltage regulator functionality; stability vs. transient response; paralleling generators - islande...
Webinar Title: Advanced Automatic Voltage Regulators
Instructor: Terry Gaines
Course Description: This session will provide an understanding of some of the more complex issues associated with controlling the voltage of a generator. It takes the student past the basic understanding of the AVR and into the actual application and commissioning of voltage regulators. Topics include basic automatic voltage regulator functionality; stability vs. transient response; paralleling generators - islande...
Webinar Title: Starting Systems
Instructor: Michael Pope
Course Description: This module provides an overview of electrical start systems; general electrical sizing parameters; environmental considerations, and battery technologies commonly deployed to start engines or turbines. Topics include: parameters required to size electrical start systems; the effect of environmental conditions on battery performance and life; features, benefits and modes of failure of traditional battery technologie...
Webinar Title: Starting Systems
Instructor: Michael Pope
Course Description: This module provides an overview of electrical start systems; general electrical sizing parameters; environmental considerations, and battery technologies commonly deployed to start engines or turbines. Topics include: parameters required to size electrical start systems; the effect of environmental conditions on battery performance and life; features, benefits and modes of failure of traditional battery technologie...
Webinar Title: Advanced Governors/Speed & Load Controls
Instructor: Tim Hinde
Course Description: Increased engine governing capabilities are achieved with modern generators by utilizing electro-hydraulic and the all-electric actuator with programmable digital controls. This module will focus on engine governing with electronic controls, including governor programming concepts and processes. It will also cover electronic isochronous load sharing and governing principles of gaseous fuel-p...
Webinar Title: Advanced Governors/Speed & Load Controls
Instructor: Tim Hinde
Course Description: Increased engine governing capabilities are achieved with modern generators by utilizing electro-hydraulic and the all-electric actuator with programmable digital controls. This module will focus on engine governing with electronic controls, including governor programming concepts and processes. It will also cover electronic isochronous load sharing and governing principles of gaseous fuel-p...
Webinar Title: Advanced Governors/Speed & Load Controls
Instructor: Tim Hinde
Course Description: Increased engine governing capabilities are achieved with modern generators by utilizing electro-hydraulic and the all-electric actuator with programmable digital controls. This module will focus on engine governing with electronic controls, including governor programming concepts and processes. It will also cover electronic isochronous load sharing and governing principles of gaseous fuel-p...
Naples Grande Beach Resort (map) Save the date for EGSA's Spring Conference!
April 18-20, 2021
Naples Grande Beach Resort
Naples, FL
More information will be available at www.egsa.org/spring three months prior to the event.
Hyatt Regency Lake Washington (map) Save the date for EGSA's Fall Conference!
September 19 - 21, 2021
Hyatt Regency Lake Washington
Renton (Seattle), WA
More information will be available at www.egsa.org/fall three months prior to the event.
Save the date for EGSA's Spring Conference!
March 6-8, 2022
Caesars’ Palace
Las Vegas, NV
More information will be available at www.egsa.org/spring three months prior to the event.