Learn about Control and Protection Required to Parallel Generators to Utility Distribution

PLUS “Basler Product Solutions” including live demos

Join your peers in the industry and learn about control and protection required to parallel generators to utility distribution. Attend the Basler Distributed Generation School, March 2011, in Fairview Heights, Illinois (near St. Louis, Missouri.)

The school was designed to meet the needs of technical persons and engineers with job responsibilities and backgrounds related to distributed generation/cogeneration applications or projects. Through lectures and demonstrations, you’ll learn about :

• What is Distributed Generation? Why is it unique?
• How to control a generator operating in parallel with a distribution network
• How to control the prime mover of a generator operating in parallel with a distribution network
• What causes loss of synchronism and what effect does it have on the synchronous generator?
• How to apply engine control systems intended for standby and portable equipment to Distributed Generation systems
• What IEEE Std 1547™-2003 does and does not say about intertie protection
• How to apply generator control to excitation for islanded or parallel operation
• Protective relay requirements for the DG system, focusing on generator, intertie,
  and transformer protection

Sign up for the priority invitation list.
 

Make Your Next Distributed Generation Project a Breeze

Basler offers a variety of Distributed Generation resources including the following technical papers:

• Successful DG Projects: Design and Build Considerations
• Directional Overcurrent (67) Relaying Applications in the DG Environment
  Plus, Excel spreadsheet (PoleSlip_R0.xls)
• Distributive Generation and Interconnection: Protection, Monitoring, and Interconnection Opportunities
• Effects of Distributed Generation on Utility Protection Schemes
• Intertie Requirements for DGs Connected to Radial Distribution Feeders
• Myths of Protecting the Distributed Resource To Electric Power System Interconnection
• Practical Experience in Commissioning Distributed Generation Installations
• Protective Relaying When Distributed Generation is Added to Your Circuit

Also, check out Basler’s BE1-IPS100 Intertie Protection System, a multifunction numerical Intertie Protection System that meets protection and control requirements outlined in the approved Intertie Protection Standard IEEE Standard No.: 1547-2003, and California Energy Commission Rule 21 for the majority of applications.

The BE1-IPS100 is applied at the connection point between a source of distributed generation and the electric utility, which is referred to as the “point of common coupling”. The BE1-IPS100 meets the requirements as Defined by ANSI/IEEE Standard 1001-1988 Guide, and the new IEEE Standard No.: 1547-2003. This standard is the first in the 1547 series of interconnection standards and is a benchmark milestone demonstrating the open consensus process for standards development.

Visit the IEEE Work Group site for the latest information.

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