Realtime Distance Learning For Energy-Involved Professionals

An interactive program you can complete over the internet right from your computer, with two-way live audio via your telephone

presented by

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6 Hours of Instruction: Earns 0.6 CEU / 6 PDH
Now accepting registrations for program beginning February 4, 2009
Presented online in a series of three live two-hour time modules, this seminar is designed to provide professional training covering the variety of options now available to commercial, institutional and industrial energy users for self-generation of electricity. Specifically, the course will provide valuable guidance to help you in choosing the most effective and economically viable generation technology, working with your existing electric utility, and identifying the important energy security and financial benefits of self-generation.

You can participate in the seminar from your office, home, or anywhere you have access to the internet and a phone. You'll have opportunities to interact with your instructor and colleagues in real time during the three live teleconferencing sessions.

ABOUT THE SEMINAR
Evolving technologies, regulatory forces, and growing concern for potential capacity shortages have all converged in a manner which has led to a tremendous increase in the number of companies and institutions electing to generate either all, or a portion of their own electric power. This dynamic program is designed to bring you up to speed on fundamental concepts associated with key technologies available to you as you consider whether on-site generation is right for your organization. The instructor will take you through an examination of three of the most important technologies currently utilized in self generation of electricity: engines, microturbines, and fuel cells.

Engines: We will begin with a review of engine technology used in distributed generation. Both spark-ignited and diesel cycle engines will be covered, along with a variety of fuel options, both liquid and gaseous. The use of engines in distributed generation is a longstanding practice, yet the technology continues to improve.

Microturbines: We then explore turbine technology and the development of microturbines. You'll then learn in more detail how microturbines function, and why this technology is such an important development.

Fuel Cells: Next we will proceed to an overview of fuel cell technologies now available for commercial, industrial and institutional projects, including coverage of each of the major types of fuel cells and how they are optimally applied.

Current equipment manufacturers and packaged-system vendors will be reviewed, along with sources of additional product information. Advantages and disadvantages of stand-alone power production, and of combined heat and power applications will be covered as well.

The applications of distributed generation technologies will also be discussed, covering how and where distributed generation systems are optimally applied, and their use as an option now available to commercial, institutional and industrial energy users for self-generation of electricity. Several installation examples will be reviewed.

Finally, you'll learn how to assess project economics, and where ongoing developmental programs are headed.

To view seminar dates and times, Click Here.

To view a detailed course agenda, Click Here.


INSTRUCTOR:
Jim Crist

FEES (per participant):
$695, regular / $645, AEE member, non-profit org.

NOTE: Seminar fees listed are per person for a single audio and video connection for individual use, and may not be shared with other users. All participants must individually pre-register for the desired course in order to participate. If you would like pricing information on multiple registrations for the same seminar, please contact: Valerie Oviatt, phone 770-925-9633, email: valerie@aeecenter.org


REGISTRATION:  Click Here to Register Online for This Seminar


For registration questions or assistance, call or email...

Valerie Oviatt: (770) 925-9633
valerie@aeecenter.org