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Development of Computation and Valuation of Full Potentials in Multiple Sources Energy Systems with Batteries Storage

This paper aims to highlight and enhance the tool called Computation and Valuation of Full Potentials (CVFP) for use in an electrical multi-sources microgrid (diesel generator, PV, grid connection and batteries energy storage system - BESS) to be installed in a medium voltage consumer unit. To this end, social, techno-economic, environmental and politico-regulatory information must be studied and applied for each of the elements in a pilot unit test. Therefore, this paper shows the definition of the qualifying elements (known as attributes and sub-attributes) and which make up each of the four mentioned macros parameters, called dimensions. The baseline of attributes and sub-attributes is sustainability, consequently the same elements defined for the Integrated Resources Planning of Energy (IRP) were used. Likewise, this paper shows what these parameters are and how they can be used to qualify the micro-grid energy sources.The qualification of energy sources against these parameters will be used later to make a comparison between systems with and without electricity storage, considering the frequency of use of each equipment established in the project. To conclude, it was observed that the qualification parameters of IRP can be adapted for use in different types of systems, as in the case of this multi-source system. It is due to the flexibility of CVFP tool whose was created with intended to be applied to any kind of energy system.