A Visual Basic-based Tool for Design of Stand-alone Solar Power Systems

Ali, Mohammed Moanes E.; Salih, Sameer K.

doi:10.1016/j.egypro.2013.07.142

Cited by 20 publications

(9 citation statements)

References 4 publications

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“…The software offers a user-pleasant Graphic Interface to magnitude the scheme system according to the load necessities and site-specification. The outcome of the design for the case reading is quite in agreement with the analytical method, thus authorized the accuracy and precision of the tool [15]. Ashokumar et al mentioned that the tractor power and energy mapping.…”

Section: Introductionsupporting

confidence: 57%

Analysis of Performance Using IDE Frame Work

Dr.M¹

2020

IJETER

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The present work shows that the analysis of performance using an Integrated development environment framework. The recent world moves towards digitalization for every activity in daily life as well as research. This work shows digitalize internal combustion engine performance and emission analysis by using the visual basic tools. The experimental work carried out using lemongrass biodiesel and diesel with 1-propanol fumigation. The engine operated at six different loads and three different fumigation fuel injection timings. The results were noted and mathematical model generated based on the experimental results, from the mathematical model the simulation tool can generated by using the visual basic tools. In tool consists of two performance parameters and six exhaust gas ranges can predict by using this simulation tool. Finally, the tool value compared with the experimental data the deviation of 1.8% to -0.8% were found.

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Section: Introductionsupporting

confidence: 57%

Analysis of Performance Using IDE Frame Work

Dr.M¹

2020

IJETER

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“…A program was used to create a database and for various loads and component specifications available in the market with the ability to change the design and add load easily and simply. This program needs input data of selected components with work conditions as shown in Figure 5 [19].…”

Section: The Developed Programmentioning

confidence: 99%

Programing and Procedure Design of Stand-alone PV System for Clean Energy Home Supply in Baghdad

Al-Shammari¹,

Karamallah²,

Habeeb³

2021

ETJ

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Global demand for energy production is in an increasing trend. However, a gap between energy production and energy demand still represents an industrial challenge. Iraq, like too many developing countries, is an example of such problematic. To tackle these issues, renewable energy could be a valid solution. Renewable energy becomes necessary especially the unique location of the received solar energy and long daylight. Many pieces of research deal with maximum benefit from this condition. This paper discusses the design stand-alone PV system for one home in Baghdad and sizing all components in that system start with energy demand, inverter power, PV, battery bank, and connections with each other by design a simple calculation program. Computational modeling was performed to evaluate different designs. Cost efficiency of system performance based on the domestic market prices was estimated and compared with electrical provide from conventional electrical plants (grid and local generator).

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“…Considerable previous work done over the past decade has used Excel VBA as a platform for development of software tools for off-grid renewable energy systems. Ali et al proposed a tool for sizing model of RE system components of a photovoltaic power system in Iraq (Ali, and Salih 2013). (Vladimir, and Suchanek 2014) developed a comprehensive software model they called Expert System, which can be used to simulate and optimise an off-grid hybrid renewable power system comprising solar, wind and battery storage.…”

Section: Brief Literaturementioning

confidence: 99%

Modelling and simulation tool for off-grid PV-hydrogen energy system

Onwe

Rodley

Reynolds

2019

International Journal of Sustainable Energy

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This paper introduces a user-oriented software tool for simulation of a solar energy-based hydrogen production system. The developed tool goes beyond the realm of electric load and includes a hydrogen cooking load facility, as an efficient means of utilising the hydrogen produced. A model rural household in Nigeria has been used to evaluate the tool. It was found that a 2.42 kW solar photovoltaic module, 0.6 kW electrolyser and 3.7 kWh battery would be enough to provide steady 24-hour power for a typically modest daily energy demand of 2.2 kWh. A prospect of harnessing an excess energy on clear weather conditions and utilising it to produce hydrogen is discussed. In the results, the excess energy realised was used in a H2-cooker to partly meet the estimated 1.9 kWh/day cooking demand of the household over a simulated year period.

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A Visual Basic-based Tool for Design of Stand-alone Solar Power Systems

Cited by 20 publications

References 4 publications

Analysis of Performance Using IDE Frame Work

Analysis of Performance Using IDE Frame Work

Programing and Procedure Design of Stand-alone PV System for Clean Energy Home Supply in Baghdad

Modelling and simulation tool for off-grid PV-hydrogen energy system

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