A quarter of human population lack access to electricity and, decentralized electrification using solar energy is emerging as the solution to fill the electrification gap, but; how to size an off grid photovoltaic method that could power a whole village, a complete community, an island, a resort or a huge farm? How to make solar energy more reliable? How to integrate different energy sources within in a single method? How to analyze the performance of a method?
Through it is sections, the coursework will bring an answer to all those query and equip the learner with what they needs for successfully planning hybrid photovoltaic/diesel generator energy systems for off grid applications.
Section one will fix the understanding of energy and introduce hybrid renewable energy method concept; section two will address energy consumption patterns; section three introduces hybrid photovoltaic /diesel generators energy systems and explains how each of their parts work. The benefit hybrid systems will even be addressed in section three. Section four of the coursework introduces a step by step planning method. Design and simulation tools are also addressed in section four.
Each of the sections of the coursework has a case study included. There is also lots of resources coming with the coursework and contributing in making "Planning Hybrid Photovoltaic/ Diesel Generators Energy Systems" a distinctive learning experience.
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