Optimal planning of renewable energy resource for a residential house considering economic and reliability criteria

Mohammadi, Mohammad; Ghasempour, Roghayeh; Astaraei, Fatemeh Razi; Ahmadi, Esmaeil; Aligholian, Armin; Toopshekan, Ashkan

doi:10.1016/j.ijepes.2017.10.017

Cited by 100 publications

(40 citation statements)

References 26 publications

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“…Also the output voltage is a function of Gibb's free energy, gas constant, cell temperature and partial pressure of reactance. In addition its output voltage decreases as output current demand increases as shown in Fig.3(a) also each operating point of a fuel cell represents different power outputs and different power conversion efficiency, hydrogen consumption, operating temperature [4]. From the voltage current characteristics of FC as shown in Fig.3 , it is evident that if the working of the FC in the region after point C it would lead to use of excess hydrogen.…”

Section: Fuel Cell (Pemfc)mentioning

confidence: 99%

“…The prospective of Fuel cells proves to be useful in various applications broadly provide electric power to diversified utilities such as electric vehicles, computers, mobile phones and electric grid and especially in the application where usability of ac supply is quite impossible. Among various types of fuel cell, proton exchange membrane (PEMFC) emerges to be appropriate in electric vehicles [1]- [3] due to its high power density and allowable operating temperature range [4]. Control of fuel cell power flow is one of the challenging issues when it comes in electric drive application which has drawn more attention towards the researchers in recent years.…”

Section: Introductionmentioning

confidence: 99%

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A Versatile Load Leveling Method for Fuel cell-based Electric Drive for Vehicular Application

Pany*

2019

IJEAT

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This paper presents a flexible power control strategy of a fuel cell (FC)- battery combined hybrid power source fed DC motor drive suitable to be used in electric vehicles which can be capable of working efficiently with an straightforward control method, operating the drive precisely in FC and hybrid modes during the entire drive operation. Although Fuel Cells are very widely accepted by the electric vehicle manufacturing industries, still the power control criterion can be improved to increase overall efficiency. The most appropriate Master Slave Control technique has been implemented to control the modes based on load power requirement and transient operations. The controller with the algorithm guarantees that total load is shared exactly between the two sources all through intense load and transients conditions. Such method inevitably facilitates the fuel cell to work in normal load region throughout transient and steady state by equally sharing the load current between the master and slave converters. The efficacy of the proposed scheme is verified through simulation which is carried out using MATLAB/Simulink software. Investigational tests are carried out using LabVIEW platform with PCI 6251 DAQ I/O interfacing card for viability of the system. FC can be considered as most vital electric power and component of an electric vehicle

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Section: Fuel Cell (Pemfc)mentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

A Versatile Load Leveling Method for Fuel cell-based Electric Drive for Vehicular Application

Pany*

2019

IJEAT

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“…Concerning these realities, employing more sustainable energy sources such as renewable energy can be considered as an appropriate solution for overcoming these problems and achieving sustainable development . Renewable energy sources are clean, free, and have many environmental and economic advantages than other conventional energy sources . Without doubt among clean energies, solar and wind energy are the best and well‐known sources of energy and according to the released statistics has a growing influential impact on energy services .…”

Section: Introductionmentioning

confidence: 99%

Deployment of a stand‐alone hybrid renewable energy system in coastal areas as a reliable energy source

Kasaeian

Razmjoo

Shirmohammadi

et al. 2019

Env Prog and Sustain Energy

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Solar and wind can be considered as sustainable environmentally friendly and omnipresent renewable energy sources for generating a part of required electrical energy for inhabitants of the remote areas in different countries. Accordingly, this study investigates the techno-economic evaluation for two-hybrid renewable energy systems for Bandar Dayyer. The findings of this study shows that using the HOMER software, the total amount of electricity production by these systems are equal to 470,176 kW, of which 22,409 kW is provided by PV-generic system and 447,767 kW is supplied by PV-diesel-generic system. It should be mentioned that this area has an appropriate potential of wind speed and solar radiation; therefore, the area can be suitable for investing on a hybrid renewable energy site. K E Y W O R D SHOMER software, renewable energy system, solar energy, wind energy 1 | INTRODUCTION Adequate provision of energy has always been a crucial issue and is deemed as one of the best measures for estimating the economic growth and development of a country. In recent decades, increasing CO 2 emission into the atmosphere is considered as one of the main reasons for global warming with adverse environmental effects such as sea level rise, floods, droughts, and so forth. Reduction of fossil fuels consumption by energy efficiency, carbon capture, and storage, conversion of CO 2 to different products, application of renewable

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“…Actions taken by many countries, resulting from conventions and international commitments, aim to limit global warming [5]. These activities are based on a strategy for an implementation of distributed decentralized energy systems that connect local renewable and recoverable energy resources [6,7]. Such solutions guarantee not only flexibility and security of energy supply, but are beneficial in financial and environmental terms.…”

Section: Introductionmentioning

confidence: 99%

An Analysis of Eco-Technology Allowing Water and Energy Saving in an Environmentally Friendly House—A Case Study from Poland

Stec

Mazur

2019

Buildings

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The Life Cycle Cost (LCC) analysis on selected alternative systems was carried out to reduce the demand for potable water and energy in a detached house designed in accordance with the concept of environmentally friendly house. The tests included a rainwater harvesting system, graywater recycling system, solar panels, photovoltaic panels, air heat pumps, ground heat pumps, wind turbines, drain water heat recovery units, and biomass boilers. The analysis was made for many investment variants where different combinations of the mentioned solutions were applied. In addition to the LCC analysis, some tests were also carried out to determine an impact of the investment options on the environment. This was done by calculating CO2, SO2, NOx, CO and dust emissions. The research was carried out for a different number of occupants and variable levels of water consumption, which allowed determining the impact of these parameters on the results obtained. They showed that for any of the computational cases the traditional option of the installation was not the most advantageous solution in financial and environmental terms, and the systems in question could be an alternative to this option. Thanks to their implementation, the consumption of fossil energy resources and natural water resources will be reduced, and the emission of pollutants will be limited, which will contribute to an improvement of the natural environment.

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Optimal planning of renewable energy resource for a residential house considering economic and reliability criteria

Cited by 100 publications

References 26 publications

A Versatile Load Leveling Method for Fuel cell-based Electric Drive for Vehicular Application

A Versatile Load Leveling Method for Fuel cell-based Electric Drive for Vehicular Application

Deployment of a stand‐alone hybrid renewable energy system in coastal areas as a reliable energy source

An Analysis of Eco-Technology Allowing Water and Energy Saving in an Environmentally Friendly House—A Case Study from Poland

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