Techno-Economic and Environmental Optimization Analysis of the Hybrid System on the Island of Djerba

EasyChair Preprint 12365

Abstract

The study aims to provide a techno-economic and environmental analysis to determine the potential for various types of renewable sources of energy. This hybrid system (solar-wind-tidal-hydraulic with batteries) was designed without a grid, using a diesel generator as a backup power source. The system design was studied using Hybrid Multi-Energy Resource Optimization Software, which calculates pollutant gas emissions and simulates, and optimizes energy distribution according to energy consumption, and energy sources used. As part of the economic analysis, the net present cost, and total cost of energy per unit were calculated. This configuration was developed to meet the energy demand of the island of Djerba, located in south-eastern Tunisia. The proposed system is more cost-effective because it takes into account energy production capacity, energy cost, gas emissions, and net present cost.

Keyphrases: Hybrid Multi-Energy Resource Optimization software Hybrid system, Net Present Cost, economic analysis

@booklet{EasyChair:12365,
  author    = {Ramia Ouederni and Bechir Bouaziz and Faouzi Bacha},
  title     = {Techno-Economic and Environmental Optimization Analysis of the Hybrid System on the Island of Djerba},
  howpublished = {EasyChair Preprint 12365},
  year      = {EasyChair, 2024}}