Electricity price and subsidy scenario for hybrid power generations on off-grid system

Ardin, Fadolly; Rahardjo, Amien; Hudaya, Chairul

doi:10.1109/iccerec.2017.8226714

Cited by 12 publications

(6 citation statements)

References 1 publication

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“…It is a real-time description set of working state, which makes detailed statistics and interpretation of the situation of the parallel power grid, and will be directly used in the actual operation of the parallel power grid. Through the description of Eqs ( 5) and ( 6), it can be found that all constraint parameters required in parallel power grid operation can be integrated [30], which can not only improve management efficiency but also reduce misjudgement.…”

Section: Analysis and Improvement Of The Resource Joint Constraint Sy...mentioning

confidence: 99%

Research on future parallel power grid architecture

Sun

Fan

2022

Applied Mathematics and Nonlinear Sciences

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This paper introduces the six distribution levels of physical object layer, object perception layer, storage layer, operation layer, analysis layer and parallel control layer of the future parallel power grid architecture. On this basis, a more targeted analysis model is proposed. Starting from the resource operation level of parallel power grid, the abstract model method is used to analyse the changes of the architecture of resource nodes in different virtual agent sets. The detailed changes of the resource system are described through multi-layer nodes, and the random matrix is used to systematically analyse the operation data of the parallel power grid in the future so as to obtain the architecture mode with the highest adaptability when the actual space and virtual space are associated. Considering that the virtual community in the future parallel power grid is the core part of the architecture, the guidance information received by the virtual community in the power grid is regarded as a three-dimensional state transition probability matrix, which captures the real-time changes of the virtual community. On this basis, taking the future parallel power grid macro-economy as the development prospect, the supply and demand balance conditions of the future power grid are obtained to help the power grid achieve strong development. The experimental results show that the parallel power grid architecture optimised by this method is more in line with the actual development needs; the resource utilisation rate and operation income have a positive growth trend and finally achieve an impressive result of approximately 100%, which is of great help to the development of parallel power grid in the future.

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Section: Analysis and Improvement Of The Resource Joint Constraint Sy...mentioning

confidence: 99%

Research on future parallel power grid architecture

Sun

Fan

2022

Applied Mathematics and Nonlinear Sciences

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“…Selanjutnya, referensi [9] menjelaskan pengembangan pemanfaatan PV di Australia dan Indonesia yang memasukkan aspek budaya setempat. Pemanfaatan energi angin dan matahari lain dijelaskan pada referensi [10]- [11], [12], [13], [14].…”

Section: Pengantarunclassified

Optimalisasi Kapasitas Energi Angin Dan Matahari Dengan Konfigurasi Mikrogrid Berdasarkan Karakteristik Beban

et al. 2021

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Diploma III Electrical Technology Study Program is a institutional vocational education institutional in Department of Electrical Engineering and Informatics that aims to produce graduate who are ready to work in operation and maintenance of power system. Since phenomena of scarcity of fossil fuels, study program meet the 2 major problems, namely the limitations of electrical energy for practical lab work and increased job skills on the electrical energy conversion of electrical energy from renewable energy. The purpose of this research is to optimalize capacity of solar and wind energy contained in the environment of the laboratory on the microgrid configuration, namely PV-Wind turbine-Battery. Software HOMER is used to simulate microgrid configuration with AC-DC load, AC load, and DC load. The results show indicate that microgrid PV-Wind turbine-Battery is more economically to meet the need AC-DC load than the others.

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“…While the combination of switches S 6 , and S 7 results in a freewheeling state for a negative value. Both represented in Equation (6).…”

Section: A Inverter Designmentioning

confidence: 99%

“…Continuous research on renewable energy harvesting has been a vital point in the response of carbon emission issues combined with a high demand for an even electricity distribution throughout the area [5]. However, the variety of renewable sources are highly dependent on its geographical locations [6], as in the type of renewable energy accumulated at tropical regions quite differ from sub-tropical counterparts which could diverge from geothermal energy for volcanic locations, wind energy for temperate maritime climates and solar energy (photovoltaic) for high daylight distributed areas, [7] which will be covered specifically on the modification and development of the inverter unit topology and design [8].…”

Section: Introductionmentioning

confidence: 99%

Hardware Implementation of an Asymmetrical 11-Level Inverter with Automatic Boost Charge Control in PV Applications

Pratomo

Tjokro

2019

2019 International Seminar on Application for Technology of Information and Communication (iSemantic)

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The increasing electricity demands for residential purposes results in the development of renewable photovoltaic standalone systems. With power converter technology as the core of the design; an undesirable harmonic distortion which affects the durability of electric equipment emerges from the construction that is above recommended practice standards. For decades, continuous research for the means to reduce harmonics in the power inverter unit of the system leads to multilevel technology. Nevertheless, the conventional topology of inverters would often deal with volume building and analysis complexity as the number of level increases. This paper discusses a further hardware implementation of the unique asymmetrical design of an 11-level inverter with an efficient number of reduced switches to achieve a higher level demand. This inverter is designed for single phase off-grid photovoltaic system application. The first verification of this research is a simulation design of the proposed topology. Finally, the hardware implementation which is done in a laboratory test environment, the THD i test value is recorded 3.43% for the fundamental current of 4.72A at a frequency of 50Hz measured with the HIOKI 3286-20 power meter THD record function.

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Electricity price and subsidy scenario for hybrid power generations on off-grid system

Cited by 12 publications

References 1 publication

Research on future parallel power grid architecture

Research on future parallel power grid architecture

Optimalisasi Kapasitas Energi Angin Dan Matahari Dengan Konfigurasi Mikrogrid Berdasarkan Karakteristik Beban

Hardware Implementation of an Asymmetrical 11-Level Inverter with Automatic Boost Charge Control in PV Applications

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