Application and Economic Contribution of the Solar Energy System in Agricultural Plants: Using Pvsyst Software

Korkmaz, Meral; Doğan, Yusuf

doi:10.12739/nwsa.2021.16.2.1a0472

Cited by 3 publications

(2 citation statements)

References 6 publications

(6 reference statements)

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“…Total roof space = 6,510 + 1,050 = 7,560 m² Amount of rainfall = 406.7 mm Qm = 7,560 *0.9*0.8* 0.4067 =2,214 m 3 According to these, the total roof space has been calculated as 7,560 m² and the total amount of rain falling on the roof has been calculated as 2,214,000 litres.…”

Section: Rainwater Harvestingmentioning

confidence: 99%

“…Lately, researchers have indicated that PV production is going to be the leading source of electric production in near future. Solar PV system-based generation has grown by 40% worldwide, despite the pandemic [3]. With this increase in the production of solar PV plants around the world, the need for successful applications and analysis programmes for large and medium-sized grid-connected solar PV plants are increasing.…”

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confidence: 99%

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Environmental assessment of rainwater harvesting and solar system for agriculture

Korkmaz¹

2022

WJER

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As a result of increasing industrialisation and the use of machines, the demand for both energy and water are increasing. As a result, it is necessary to develop sustainable environmental structural systems in both energy production and irrigation water. This, in turn, requires the most accurate use of existing water resources and the immediate implementation of sustainable agricultural systems. Despite this, none of the agricultural enterprises are yet using systems such as rainwater harvesting and solar power techniques. The main aim of this research is to find effective results in terms of savings and to contribute to the prevention of water scarcity in the future. At the same time, the advantages of environmentally friendly zero-energy roofs and rainwater collection systems are evaluated. Elazig province of Turkey was selected for this study. When the benefits of the solar power plant to be built on the relevant farm and an average tree are compared in terms of reducing the CO2 emissions, it was found that the contribution of this plant would be equal to that of planting 113,506 trees. Keywords: CO2, emissions, energy, rainwater, renewable energy, solar;

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Section: Rainwater Harvestingmentioning

confidence: 99%

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confidence: 99%

Environmental assessment of rainwater harvesting and solar system for agriculture

Korkmaz¹

2022

WJER

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Design and Simulation Application of 1 MWp Capacity Rooftop Distributed Solar Power Plant

TURAN

2022

Fırat Üniversitesi Mühendislik Bilimleri Dergisi

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Photovoltaic (PV) power plants, which are one of the most important renewable energy sources, provide great opportunities in terms of clean energy, due to their almost zero harmful environmental impact and relatively easy installation, considering the solar potential of our country. In addition, the government supports offered within the scope of the Renewable Energy Resources Support Mechanism (YEKDEM) offers great opportunities to bring renewable energy resources into the economy. According to the projection made in the annual program of the Presidency of our country, an increase of 1000 MW is expected in the amount of electricity produced from solar power plants in 2022. In addition, the share of electricity produced by solar energy in the total production is expected to be 8.5%. In this study; the design and simulation application of a rooftop, grid-connected distributed solar power plant with a capacity of 1MWp was presented through the PVsyst program. In the study, it was seen that the panel slope, the right PV module, and inverter selection are extremely important. The annual amount of energy that can be supplied to the grid has been obtained as 1246 MWh. In the simulation studies, it was emphasized that such a facility, which was established compared to a power plant with equivalent energy production, would contribute positively to the impact of climate change by not emitting 14000 tons of Co2. It has been observed that revenue of 4,485,600 ₺ can be obtained from such a newly established facility for the first ten-year period with a fixed fee purchase guarantee with the domestic contribution. Considering that the life of the power plant will be 25 years, it can be said that the facility investment will be extremely advantageous even without YEKDEM support.

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Modeling and Economic Analysis of Greenhouse Top Solar Power Plant with Pvsyst Software

SANCAR

Bayram

2023

International Journal of Engineering and Innovative Research

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Due to increasing wars and global warming, the issue of providing the supply-demand balance in energy and food is becoming more important daily. When the issue of providing the electricity needed in modern greenhouses and consuming the energy where it is produced are evaluated together, rooftop applications in greenhouses become important. In this study, a photovoltaic system on a greenhouse in an area of 5031.6 m2 was modeled three-dimensionally using PVsyst software in north-south, and east-west orientations at 10°, 20° and 35° angles, and 6 different simulation studies were performed. By determining the cost of the greenhouse and above-greenhouse photovoltaic system to be constituted, an economic analysis study was performed at the point of OG single-term and OG double-term tariffs in the Energy Market Regulatory Authority (EPDK) tariff tables. As a result, the highest electricity production of the power plant was eventuated as 1579.2 MWh at 10° east-west orientation. In the case of the sale of electricity produced in the photovoltaic system installed above the greenhouse, it has been calculated that the OG single-term tariff brings 2 162 443.087 TL, and the OG double-term tariff 2 203 707.83 TL annual income. The lowest electricity generation was at 35° north-south orientation and was 1392.3 MWh. Based on this production value, it has been calculated that in the case of electricity sales, the OG monomial tariff brings an annual income of 1 894 757.401 TL, and the OG binomial tariff brings 1 930 914.04 TL.

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Application and Economic Contribution of the Solar Energy System in Agricultural Plants: Using Pvsyst Software

Cited by 3 publications

References 6 publications

Environmental assessment of rainwater harvesting and solar system for agriculture

Environmental assessment of rainwater harvesting and solar system for agriculture

Design and Simulation Application of 1 MWp Capacity Rooftop Distributed Solar Power Plant

Modeling and Economic Analysis of Greenhouse Top Solar Power Plant with Pvsyst Software

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