Performance analysis of a hybrid wind/photovoltaic power generation system for water pumping

Jadallah, Abdullateef A.; Er, Zuhal; Abdulqader, Zaid A.

doi:10.1007/s13762-019-02458-5

Cited by 7 publications

(5 citation statements)

References 20 publications

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“…In this part, we begin by presenting our wind energy conversion model with current regulation. ( [4], [5])…”

Section: Systemmentioning

confidence: 99%

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PV/wind hybrid energy system for agricultural applications

2023

IJANSER

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This document, we will present a hybrid energy strategy. To meet daily water needs, two strategies implemented, the first MPPT control applied to the PV system based on the P&O strategy, and the second uses the concept of vector control by the orientation of the rotor flow to control the operation of the asynchronous motor driving the centrifugal pump. Moreover, we have established a relationship allowing us to adopt the set rotation speed of the asynchronous machine, and consequently, the flow rate of the pump in function for various climatic conditions.

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“…In this part, we begin by presenting our wind energy conversion model with current regulation. ( [4], [5])…”

Section: Systemmentioning

confidence: 99%

“…Wind energy is one of the most promising sources for water pumping applications, recent and relevant research on wind pumping applications is best suited for irrigation applications [1], and can be used for groundwater pumping in remote areas, where wind resources are available [2].…”

Section: Introductionmentioning

confidence: 99%

PV/wind hybrid energy system for agricultural applications

2023

IJANSER

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“…Thanks to the combination of storage and green hydrogen technologies by increasing the capacity of renewable energy sources, it seems possible to accelerate the aforementioned energy transformation and bring the costs of these technologies to public dimensions within 5-10 years. The renewable energy systems, which are specially designed according to the installation site and usage load, contribute to sustainable energy consumption with environmental friendly and low waste outputs [1][2][3][4][5][14][15][16]].…”

Section: Introductionmentioning

confidence: 99%

Solar Radiation Forecasts and a Tiny House PV Off-Grid System

2023

EJOSAT

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In this article, which is discussed at a time when initiatives towards renewable energy sources are increasing and reducing fossil fuel consumption; the factors that need to be examined for the installation of an off-grid solar panel system were examined and in line with the data obtained, a system was designed for a tiny-house. An off-grid system with 10KWh power consumption with optimum irradiance data has been found on how many square meters of PV system will be needed to operate it. How to meet the stable 10KWh need for the worst month, the amount of battery capacity required has been examined. A system inventory has been allocated. The province of Pamukkale in Turkey, with a latitude of 37.89°, was chosen for the solar panel installation; It is aimed to meet all the electricity needs of the house, which was built in a forest area 8 km away from the mains, with the solar panel system to be installed. From theory to practice with an academic approach as well as solar energy sector jargon; in this article, includes a two-way study. A solar panel system was installed in line with the data obtained and the 7600Wh value that the house to be built would need, and 29 batteries integrated into the system were sized for cases where the system could not provide sufficient energy through the sun with a 1% probability. Thus, the design of the optimum "Solar Energy System" desired for a certain location and compatible estimation calculations will be able to provide examples of this study.

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“…Indeed, one of the main problems of singlesource system energy is the fluctuation of energy supply, hence intermittent production of energy making it incompatible with certain requirements of consumer demand for electrical energy. This can be avoided by the use of multi-source hybrid power generation systems based on alternative and renewable energy [10,11,12]. In other hand, in the water sector, population growth, overconsumption of freshwater resources and climate change create problems in meeting water demand around the world [13,14].…”

Section: Introductionmentioning

confidence: 99%

Optimal management of power sharing based on hybrid fuzzy logic-genetic algorithm of water desalination system integrated with renewable energy

Zgalmi

rhouma

Cherif

2022

Preprint

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Coupling renewable energy sources with reverse osmosis desalination systems offers a suitable solution to freshwater scarcity problem, especially in regions suffering from hydraulic and electrical crisis. In this context, design, feasibility and performance evaluation of a standalone brackish water reverse osmosis desalination unit powered with hybrid PV/Wind sources in isolated community have been investigated. In order to reduce the cost of investment and maintenance, the proposed system was based on hydraulic storage in a water tower instead of electrochemical storage. This study aims to optimize the power sharing of the generated power between the motor-pumps while respecting constraints and maximize the produced freshwater quantity. For this purpose, a genetic algorithm optimization of the fuzzy-logic membership functions is proposed. First, a simple fuzzy logic system was used to improve the power sharing between the hydro mechanical processes. Then, an offline optimization of the developed fuzzy-logic using genetic algorithm was applied. Finally, to validate the developed optimal energy management strategy performance, single fuzzy-logic and hybrid fuzzy logic-genetic algorithm energy management system results are compared for a real power profiles. The optimized fuzzy-logic energy management strategy demonstrated its high performance in improving the system energy efficiency with the reduction of the consumed energy (gain of 7.1% in October (Autonm)), and enhance the permeate water production (gain of 2.96% during a week) compared with the energy management based only fuzzy-logic strategy.

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Performance analysis of a hybrid wind/photovoltaic power generation system for water pumping

Cited by 7 publications

References 20 publications

PV/wind hybrid energy system for agricultural applications

PV/wind hybrid energy system for agricultural applications

Solar Radiation Forecasts and a Tiny House PV Off-Grid System

Optimal management of power sharing based on hybrid fuzzy logic-genetic algorithm of water desalination system integrated with renewable energy

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