Litcius/Paper detail

Renewable Energy Distributed Power System with Solar Power and Biogas Generator

Sabbir Hossain, Avijit Kundu, Md Hasan Alamgir, Nourin Osman, Md. Tabil Ahammed

2022103 citationsDOI

Abstract

This research evaluates and indicates ways renewable energy sources may be utilized in an off-grid location to generate power. 150 families in the region of off-grid were surveyed as part of a context-oriented study. As part of a hybrid power system, the program HOMER provides an innovation evaluation of the hybrid power system. The optimal mix of four 1kW solar-PV modules and two 10kW biogas generators is shown in renewable percentage portion, environ-mental circumstances and energy cost (COE). There is a COE of BDT21.73, an NPC of BDT10266149.51, and a capital cost of BDT3,813,790.13 associated with this arrangement. Compared to the grid-based system and the independent diesel system, this system has a renewable portion of 76.7 percent. If you can live without using kerosene oil or solar home systems (SHSs), this system provides an affordable option.

Topics & Concepts

Renewable energyGrid parityElectric power systemHybrid powerDiesel generatorAutomotive engineeringDistributed generationHybrid systemContext (archaeology)GridCapital costEnvironmental scienceDiesel fuelBiogasFossil fuelPhotovoltaic systemComputer scienceElectrical engineeringEngineeringPower (physics)Waste managementMathematicsMachine learningPaleontologyBiologyPhysicsQuantum mechanicsGeometryEnergy and Environment ImpactsHybrid Renewable Energy SystemsSmart Grid Energy Management