Environment Friendly Hybrid Solar-Hydro Power
Distribution Scheduling on Demand Side

Niaz, Ashfaq; Kader, Mst Sharmin; Khan, Sardar; Jia, Yingmin; Shoukat, Muhammad Usman; Nawaz, Saqib Ali; Niaz, Fahim; Niaz, Ibrar

doi:10.15244/pjoes/152810

Cited by 5 publications

(5 citation statements)

References 11 publications

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“…This system addresses critical issues such as reduced farmer income and compromised food security, which are prevalent in many agricultural communities. The sustainability of this approach lies in its use of solar power, a renewable energy source, which reduces dependence on non-renewable energy resources and minimizes environmental impact (Niaz et al, 2022). Additionally, the system's ability to significantly increase crop yield and farmer income ensures its continued use and maintenance, as it becomes an integral part of the farming process.…”

Section: Substainbility and Prospectmentioning

confidence: 99%

Community Empowerment in Application of Solar-Powered Automatic Irrigation For Chilli Farming on a Rainfed Rice

Ardiansyah,

Agustina

2023

Jurnal Pengabdian kepada Masyarakat (Indonesian Journal of Comm

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Rainfed rice is a farming field whose watering or irrigation availability merits rainfall, so then the farming activity only occurs in the rainy season. Based on the cultivation calendar of rainfed rice each year, farming activities are consequently taken 2 times and even worst only once. This condition directly impacting to the sustainability of rainfed rice farmers. If they carry out farming then they have earnings, if not then they get nothing. The application of solar-powered automatic irrigation means to perform efficient watering systems to the field and also for the water conservation treatment in horticulture farming during the dry season of rainfed rice as an alternative solution so that farmers can increase their income by carrying out one or two times cultivation. The method used in this activity is the discussion group forums (FGD), training, constructing solar panel automatic irrigation, and chilli cultivation using automatic irrigation. Using solar-powered automatic irrigation can increase farmer income to 100% in the dry season. More than 90% of farmers replenish a strong will to implement automatic irrigation in farming whether independently or by farmer group. Through this community service, the horticulture cultivation activity increased to 90%

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Section: Substainbility and Prospectmentioning

confidence: 99%

Community Empowerment in Application of Solar-Powered Automatic Irrigation For Chilli Farming on a Rainfed Rice

Ardiansyah,

Agustina

2023

Jurnal Pengabdian kepada Masyarakat (Indonesian Journal of Comm

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“…Wind turbines use the kinetic power of the wind to generate electricity or mechanical power. Wind energy is one of the world's fastest-growing and cleanest energy sources (Kaygusuz, 2009;Niaz et al, 2023). It…”

Section: Introductionmentioning

confidence: 99%

Fault Tree Analysis for Reliability Analysis of Wind Turbines Considering the Imperfect Repair Effect

Ali,

Rana,

Niaz

et al. 2023

ejtas

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Wind turbines are complex and expensive equipment, requiring high reliability and low maintenance costs. However, most of the existing fault tree analysis (FTA) methods for reliability analysis of wind turbines assume that the repair of wind turbines can restore them to as good as new condition, which is called perfect repair. This assumption may not be realistic in practice, as the repair may not fully recover the original performance or functionality of the equipment or may introduce new defects or errors. This phenomenon is called imperfect repair, which can reduce the reliability of wind turbines over time. To consider the imperfect repair effect in reliability analysis, we present a new FTA approach in this study. In order to predict and assess the failure intensity and dependability of wind turbines under imperfect repair, the proposed FTA technique uses a log-linear proportional intensity model (LPIM). Failure probability, failure rate, and mean time to failure can all be improved with the suggested FTA technique for wind turbines operating with poor repair. The proposed FTA method can also identify the critical components or failure modes most affected by the imperfect repair effect and suggest preventive maintenance actions to improve the reliability of wind turbines. We demonstrate the applicability and effectiveness of the proposed FTA method through a case study on a real or hypothetical wind turbine system under imperfect repair. The findings indicate that the proposed FTA method offers a more precise and authentic assessment of the reliability of wind turbines in the presence of imperfect repair, in contrast to existing FTA methods that assume perfect repair. The findings also demonstrate that the electrical system, hydraulic system, gearbox, generator, and blade are the most critical components or failure modes affecting the system's reliability.

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“…The energy sources of clean energy, such as wind energy, hydro energy, and solar energy, are different from thermal power generation (Niaz et al, 2023). Local natural factors have a significant impact on a significant amount of clean energy generation, making it challenging to maintain stable power generation.…”

Section: Introductionmentioning

confidence: 99%

Digital Twin Concept, Method and Technical Framework for Smart Meters

Irfan,

Niaz,

Habib

et al. 2023

ejtas

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Smart meters connect smart grid electricity suppliers and users. Smart meters have become a research hotspot as smart grid applications like demand response, power theft prevention, power quality monitoring, peak valley time of use prices, and peer-to-peer (P2P) energy trading have grown. But, as the carriers of these functions, smart meters have technical problems such as limited computing resources, difficulty in upgrading, and high costs, which to some extent restrict the further development of smart grid applications. To address these issues, this study offers a container-based digital twin (CDT) approach for smart meters, which not only increases the user-facing computing resources of smart meters but also simplifies and lowers the overall cost and technical complexity of meter changes. In order to further validate the effectiveness of this method in real-time applications on the smart grid user side, this article tested and analyzed the communication performance of the digital twin system in three areas: remote application services, peer-to-peer transactions, and real-time user request services. The experimental results show that the CDT method proposed in this paper meets the basic requirements of smart grid user-side applications for real-time communication. The container is deployed in the cloud, and the average time required to complete 100 P2P communications using our smart meter structure is less than 2.4 seconds, while the average time required for existing smart meter structures to complete the same number of P2P communications is 208 seconds. Finally, applications, the future development direction of the digital twin method, and technology architecture are projected.

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Environment Friendly Hybrid Solar-Hydro Power Distribution Scheduling on Demand Side

Cited by 5 publications

References 11 publications

Community Empowerment in Application of Solar-Powered Automatic Irrigation For Chilli Farming on a Rainfed Rice

Community Empowerment in Application of Solar-Powered Automatic Irrigation For Chilli Farming on a Rainfed Rice

Fault Tree Analysis for Reliability Analysis of Wind Turbines Considering the Imperfect Repair Effect

Digital Twin Concept, Method and Technical Framework for Smart Meters

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