Abstract
This chapter deals with an educational laboratory model on hybrid renewable energy systems presents a laboratory model to help students understand the design and operation of hybrid renewable energy systems composed of wind, solar, diesel and battery units. This educational tool is composed of three modules: the software, the hardware and the interface modules. The software performs two tasks. It uses linear programming to optimize system components, and it ensures optimal energy flow via a designed controller. The hardware is a reduced model of a real green village, and the interface is based on a dynamic-link library using Visual C++ to do the connection between the hardware and the computer. The chapter discusses discuss the design and implementation of a laboratory model to help students understand the design and operation of hybrid renewable energy systems. This educational tool is based on three modules: the software, the hardware and the interface between the computer and the user operated hardware.
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