In this paper, a Genetic Algorithm (GA) is utilized to implement a tri-objective design of a grid
independent PV/Wind/Split-diesel/Battery hybrid energy system for a typical residential …

This paper concentrates on the development of a Photovoltaic Power Generation Plant
(PPGP) for a remote mini-estate of 24 households, based on the socio-technical and the …

Energy planners and policymakers have identified off-grid energy systems as an option for
electrifying remote communities around the globe. Such systems could be fueled by either …

Remote towns and communities are normally without access to the main electrical grid and
electricity is normally generated through diesel generators. Diesel fuel costs represent a …

abstract A significant percentage of the global energy demand is expected to be met through
widespread supply of renewable electricity in the near future. However, renewable energy …

With the increasing threats caused by fossil fuels consumption, Hybrid Power Generation
Systems (HPGS), which combine Renewable Energy Sources (RES) and conventional …

Implementation of a tri-objective optimal design of an off-grid renewable energy system for a
residential building is evaluated in this study. The considered system is consisting of split …

Off grid hybrid renewable energy based power systems for rural electrification has become
an attractive solution for areas where grid electricity is not feasible. Hybrid systems use …

Synchronous Diesel Engine Generator (DEG) is commonly used to supply electric power in
isolated and communal areas where grid electricity network is not available. DEG has been …

Hybrid energy systems normally comprise photovoltaic (PV) modules, diesel generator, a
DC–DC converter with maximum power point tracking (MPPT) control, a DC–AC inverter …