The Experts below are selected from a list of 482742 Experts worldwide ranked by ideXlab platform
Kong De-jing - One of the best experts on this subject based on the ideXlab platform.
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A Malformation Congregation of “Public Terra Tragedy” and “Counter Public Terra Tragedy”——The Right of Chinese Stock Market Management and the Analysis of the Properties and Effects of Property Right of Stock Market Corporation
Journal of China Three gorges University, 2006Co-Authors: Kong De-jingAbstract:The present Chinese stock Market is a practical edition of “public terra tragedy”. The opportunism behavior of all Market principal parts determined by the practical truss of the right of stock Market Management directs the “public terra tragedy” of Chinese stock Market. The properties of property right of Chinese stock Market corporations is a good case of “counter public terra tragedy”. The extreme opportunism behavior of the big shareholders based on “the right of cheap share controlling” leads to the splits and confronts of the direction of all shareholders’ property right behavior and the decline of property right efficiency. It is necessary to establish and strengthen the inspection and Management authorities of the central stock Market inspection and Management departments and to reconstruct the configuration of Management rights and the property rights of Market corporations. The purpose is to ensure the continuous development of the stock Market and the Market corporations.
Mohammad Mohammadi - One of the best experts on this subject based on the ideXlab platform.
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Reactive power Market Management considering voltage control area reserve and system security
Applied Energy, 2011Co-Authors: Amin Kargarian, Raoofat, Mohammad MohammadiAbstract:Abstract This paper presents a new algorithm to optimize reactive power procurement through commercial transactions considering system voltage security. The proposed algorithm minimizes reactive power provision and transmission loss costs in addition to maximizing system voltage security margin through a multiobjective function. In order to maintain the voltage profile of power system during sever contingencies or due to load uncertainty, all voltage control areas (VCA) of the system are detected and then optimal reactive power reserve is provided for each VCA during the Market settlement. A four-stage multiobjective mathematical programming method is proposed to settle the reactive power Market. The proposed algorithm has been applied on IEEE-RTS test system. The simulation results show the effectiveness of the proposed algorithm for reactive power Market Management.
Jean-paul Watson - One of the best experts on this subject based on the ideXlab platform.
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Integrating Energy Storage Devices Into Market Management Systems
Proceedings of the IEEE, 2014Co-Authors: Cesar A. Silva-monroy, Jean-paul WatsonAbstract:Intuitively, the integration of energy storage technologies such as pumped hydro and batteries into vertically integrated utility and independent system operator/regional transmission operator (ISO/RTO)-scale systems should confer significant benefits to operations, ranging from mitigation of renewables generation variability to peak shaving. However, the realized benefits of such integration are highly dependent upon the environment in which the integration occurs. Further, integration of storage requires careful modeling extensions of existing Market Management systems (MMSs), which are currently responsible for Market and reliability operations in the grid. In this paper, we outline the core issues that arise when integrating storage devices into an MMS system, ranging from high-level modeling of storage devices for purposes of unit comment and economic dispatch to the potential need for new mechanisms to more efficiently allow for storage to participate in Market environments. We observe that the outcomes of cost-benefit analyses of storage integration are sensitive to system-specific details, e.g., wind penetration levels. Finally, we provide an illustrative case study showing significant positive impacts of storage integration.
Amin Kargarian - One of the best experts on this subject based on the ideXlab platform.
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Reactive power Market Management considering voltage control area reserve and system security
Applied Energy, 2011Co-Authors: Amin Kargarian, Raoofat, Mohammad MohammadiAbstract:Abstract This paper presents a new algorithm to optimize reactive power procurement through commercial transactions considering system voltage security. The proposed algorithm minimizes reactive power provision and transmission loss costs in addition to maximizing system voltage security margin through a multiobjective function. In order to maintain the voltage profile of power system during sever contingencies or due to load uncertainty, all voltage control areas (VCA) of the system are detected and then optimal reactive power reserve is provided for each VCA during the Market settlement. A four-stage multiobjective mathematical programming method is proposed to settle the reactive power Market. The proposed algorithm has been applied on IEEE-RTS test system. The simulation results show the effectiveness of the proposed algorithm for reactive power Market Management.
Cesar A. Silva-monroy - One of the best experts on this subject based on the ideXlab platform.
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Integrating Energy Storage Devices Into Market Management Systems
Proceedings of the IEEE, 2014Co-Authors: Cesar A. Silva-monroy, Jean-paul WatsonAbstract:Intuitively, the integration of energy storage technologies such as pumped hydro and batteries into vertically integrated utility and independent system operator/regional transmission operator (ISO/RTO)-scale systems should confer significant benefits to operations, ranging from mitigation of renewables generation variability to peak shaving. However, the realized benefits of such integration are highly dependent upon the environment in which the integration occurs. Further, integration of storage requires careful modeling extensions of existing Market Management systems (MMSs), which are currently responsible for Market and reliability operations in the grid. In this paper, we outline the core issues that arise when integrating storage devices into an MMS system, ranging from high-level modeling of storage devices for purposes of unit comment and economic dispatch to the potential need for new mechanisms to more efficiently allow for storage to participate in Market environments. We observe that the outcomes of cost-benefit analyses of storage integration are sensitive to system-specific details, e.g., wind penetration levels. Finally, we provide an illustrative case study showing significant positive impacts of storage integration.