“…A shared vision of intelligent generation, distribution, and consumption are required that transforms conventional networks into networks with bidirectional flow of power, incorporation of renewable sources, the proximity of generation to consumption centers, high power of autonomy and exchange of energy resource (Mina Casaran et al, 2019), taking into account the regulatory problems associated with the integration of the DG as well as proposing changes in the regulation that allow better integration of it (Mendez Quezada, 2005), the electro energetic industry is in the maturity phase, and innovation should not be neglected because growth or expansion of capacities and better use of those already installed are required ("La capacidad de absorción para la innovación: Estudio de caso en la Generación Distribuida Cubana," 2012), the reliability of the supply in the DG, reduces the number of interruptions, increases the quality of the service, and allows the efficient use of energy, thus becoming an important alternative within the concept of safe electricity (Javier, 2007). (Luis et al, 2012), or as García Castellanos who executed a software for the dimensioning and location of DG in a microgrid (Microrred & Eduardo García Castellanos Daniela Molina De la Rosa, 2019), with tools and advances such as these, distributed generation and smart grids emerge as a new alternative to electricity service and that in the near future they will modify the architecture of the conventional centralized system, especially distribution grids (Aguayo et al, 2011).…”