Microgrid Development in China: A method for renewable energy and energy storage capacity configuration in a megawatt-level isolated microgrid

Xie, Hu; Zheng, Shutao; Ni, Ming

doi:10.1109/mele.2017.2685818

Cited by 70 publications

(17 citation statements)

References 4 publications

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“…For this reason, the methodology focuses on batteries as a storage system. It is observed that the most used type of batteries are Lead-acid batteries, which are chosen mainly because of their low cost [36]. The feasibility of the battery system falls into different technical characteristics that must be guaranteed so that the system can comply with different operational characteristics that reflect the functions that storage must fulfill.…”

Section: Fixed Carbonmentioning

confidence: 99%

Methodology for Technical Feasibility Analysis in the Installation of Microgrids

Carvajal¹,

Gómez-Luna²,

Sáenz³

2019

JESTR

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The proposal of a methodology for the analysis of the technical feasibility in the installation of Microgrids (MG's) is realized, which shows in several steps the necessary parameters to analyze and determine the viability of a Microgrid (MG) project in a determined area, with a specific demand and objectives. The methodology is based on a critical review of the different cases of MG's implemented around the world and different techno-economic feasibility study of MG systems.

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Section: Fixed Carbonmentioning

confidence: 99%

Methodology for Technical Feasibility Analysis in the Installation of Microgrids

Carvajal¹,

Gómez-Luna²,

Sáenz³

2019

JESTR

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“…As an intelligent, environment friendly, and flexible distributed power generation solution, microgrid can effectively solve the contradiction between traditional large power grid and social development and improve the utilization rate of renewable energy. The isolated microgrid, which is not connected to the external large power grid, can provide high-quality power supply to areas where it cannot be covered by the large power grid, such as the marginal mountains and islands [2][3][4][5]. However, the unpredictability of load and random output of existing distributed power sources, such as wind power generation and photovoltaic power generation, will have a great impact on the power quality of microgrid [6][7][8][9].…”

Section: Introductionmentioning

confidence: 99%

Research on Frequency Control of Islanded Microgrid with Multiple Distributed Power Sources

Liu

Wang

Wang³

2020

Processes

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At present, some achievements have been made in the research on the energy management of microgrid operation. However, the research is mainly on the operation of grid-connected microgrid, while the research on the energy management of islanded microgrid is still relatively few. Frequency is one of the characteristics that affects the reliability and power quality of the microgrid. The essence of controlling frequency stability is to maintain source-load balance and redistribution of active power. Therefore, this paper proposes a frequency control strategy based on dynamically cutting machine to reduce load by analyzing the use priority of different distributed power supply and the division of load importance degree, and combining the influence degree of different frequency variation range on microgrid. To coordinate and control distributed power supply, energy storage device, and load in different frequency change areas, this paper proposes different control strategies. The seed strategies of the control strategy are discussed one by one. Experimental results show that the frequency control strategy can significantly improve the frequency stability of the power supply system and reduce the operating cost of islanded microgrid.

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“…Several works have already discussed the idea of setting up a large‐scale microgrid using the renewable energy potential available within an industrial environment. De Clercq et al throw light on the optimal size of an industrial‐grade microgrid taking into account various socio‐organizational aspects.…”

Section: Introductionmentioning

confidence: 99%

“…Similarly, Zamani et al discuss about the stochastic scheduling of distributed energy resources in a commercial‐grade microgrid. Then, Xie et al describe the deployment of a large‐scale microgrid in China emphasizing on a methodology for the configuration settings of renewable energy and energy storage capacity in megawatt‐level microgrid. Finally, Davison et al present a review on distributed generation, key limitations of traditional microgrids, and possible solutions through enhanced microgrid architecture.…”

Section: Introductionmentioning

confidence: 99%

Communication system architecture of an industrial‐scale microgrid: A case study

Cagnano

Sherazi

Tuglie

2019

Internet Technology Letters

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The industrial‐scale microgrids are revolutionizing the way commercial and industrial organizations traditionally anticipated to feed their production facilities for meeting up the energy demands. Due to the large volume and a diverse range of heterogeneous electrical components combining together in these microgrids, setting up a proper communication system becomes challenging. Along many others, the authors have also found it challenging to properly set up a communication system during the deployment of industrial‐scale experimental microgrid at PrInCE Lab. This paper is aimed at providing the guidelines for the research and industrial communities outlining the set of communication challenges along the way and highlighting their possible remedies with the intention to make it possible even for the nontechnical industrial staff handling these issues with ease while setting up their own industrial microgrids.

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Microgrid Development in China: A method for renewable energy and energy storage capacity configuration in a megawatt-level isolated microgrid

Cited by 70 publications

References 4 publications

Methodology for Technical Feasibility Analysis in the Installation of Microgrids

Methodology for Technical Feasibility Analysis in the Installation of Microgrids

Research on Frequency Control of Islanded Microgrid with Multiple Distributed Power Sources

Communication system architecture of an industrial‐scale microgrid: A case study

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