A shared PV system for transportation and residential loads to reduce curtailment and the need for storage systems

Comparison between AHP and FAHP for the best Selection of Renewable Energies in Colombia, a country with diversity in its geographical regions: Optimization and Sustainability

“…It happens that the characterizations of population nature manages to obtain as results information on the structure and large number of identity attributes of various groups of people with evolutionary continuity in time, which according to their differences configure particular ways of being and being in a territory, in this research was taken to the department of La Guajira in the country of Colombia, Because this area is a territory very rich in natural resources, which makes it a potential in the implementation of renewable energy sources, however despite this natural disposition, this area of that country is one where its inhabitants suffer from a poor quality of life [22]. These studies characterizing a population vs. its energy potentials also make it possible to focus attention on guaranteeing or reestablishing the effective enjoyment of rights of population groups, the recognition of their diversity and multiculturalism as a social wealth, the particularities and inequalities that hinder or enable their access to the dynamics and benefits of social and territorial development [41].…”

“…Incorporation of imprecise knowledge: Can handle knowledge that cannot be expressed accurately [22].…”

“…The importance of metaheuristic methods lies in their ability to find approximate solutions to optimization problems in a reasonable time. In the context of the selection of energy sources, this implies considering a wide range of factors, such as costs, environmental impact, resource availability and energy demand, among others [22]. The complexity of these problems and the need to make decisions that balance multiple objectives make metaheuristic methods a natural choice [23].…”

Operational Strategy of a DC Inverter Heat Pump System Considering PV Power Fluctuation and Demand-Side Load Characteristics

“…Since the building sector consumes nearly 40% of the total energy consumption and generates over 30% [6] of the carbon dioxide emissions around the world, RESs integrated with buildings have gained prominence for their capacity to mitigate building energy consumption and reduce carbon dioxide emissions. Among various RES applications, building integrated photovoltaic (BIPV) systems have become more prevalent in new building and retrofit projects as their energy conversion rate has increased and the cost of the technology dramatically reduced [7][8][9][10]. BIPV refers to photovoltaic modules and systems that can replace conventional building components [11],…”