Client Testimonial

An excellently presented class on solar energy and very applicable to today's world.

Jeff Guenther
Tampa, Florida

Eric H. Coffin, P.E.

"The Engineer's Engineer"

For the serious engineers who are truly interested in "continuing education,' Eric's seminars and DVDs satisfy that demand...

Client Testimonial

I particularly liked the formulas to size for site specific solar needs.

Janice Bennett
Clearwater, Florida

Course Curriculum




Photo of Eric Coffin, GEE Inc., at Solar Source Institute, Largo, FL on April 9, 2010

“INTRODUCTION TO SOLAR THERMAL ENERGY FOR ENGINEERS"
 Live Seminars in Central West Florida

This solar thermal energy seminar is designed to educate engineers to the economic, technological and public relations advantages of solar thermal systems. The course provides a high level overview of solar thermal systems to empower the attendee with knowledge so they can consider and conceptualize solar energy in a project.Green Energy Engineering, approved by the Florida Board of Professional Engineers to provide continuing education to Engineers.

This 4-hour class offers 4 Professional Development Hours (PDHs).

CLASS OUTLINE

  1. Introduction of how solar thermal collectors can be included in the original design or in a remodel to reduce electricity use and / or natural gas use for water heating and reheat in air conditioning and winter heating.
  2. Quick overview of economics, carbon footprint and life cycle cost. Why is this good for the building owner, architect, and engineer?
  3. What is a solar thermal collector? What does it look like? How does it work? How to mount and orient the panel to the sun. Overview of piping, pumps, controls, and storage tank.
  4. Sizing a panel for a heat load. Handling winter and summer heat gain.
  5. What is the peak, average, and minimum solar energy available in the Tampa Bay area? Are some areas of the world better suited for solar panels? Are some areas a poor selection?
  6. Structural engineering, weight, wind, supports. Things to consider when designing a structure and a roof system.
  7. Electrical engineering for circulating pumps and controls.
  8. Architectural appearance.
  9. Mechanical engineering. Pipe sizing. Pump selection. Sizing a hot water storage tank for domestic hot water. Sizing a hot water storage tank for air conditioning reheat. Energy model runs with and without solar thermal collectors.
  10. Economics review summarizes how the solar installation is a win-win for the Architect, Engineer, and building owner.

Introduction to Solar Energy for Engineers