Beginning with an overview of the electric power system in the United States, this course explores the application of a distributed generation power system known as a micro-combined heat and power system.

The concept of micro-combined heating and power systems are reviewed and then the various types of prime movers for the system are discussed.  The prime movers may include reciprocating engines, Stirling engines, micro-turbines, Rankine cycle engines, or fuel cells.

A key component of a m-CHP system is heat recovery and the various methods of heat recovery are reviewed such as recuperators and Transmural heat transfer systems.

The basic operation of absorption chillers is discussed and how it might be applied in a m-CHP system.  Dehumidification methods for use with m-CHP are also discussed.

After taking this course the learner will:

• Understand how a m-CHP system works
• Understand the benefits of a m-CHP in a residential application
• Know the potential barriers to the full scale implementation of m-CHP
• Know the types of prime movers for m-CHP systems
• Understand how waste heat can be recovered and used in the home