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Wind Power Generation Planning by Utilizing the Reactive Power Capabilities of Generators
2017 Asian Conference on Energy, Power and Transportation Electrification (ACEPT), 2017The paper presents a new wind power generation planning framework by considering the reactive power capabilities of generators. The motivation is to maximize the utilization of renewable power hosting capacity without violating the security constraints of distribution networks.
Nand K. Meena +3 more
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Embedded generation planning under uncertainty including power quality issues
European Transactions on Electrical Power, 2003AbstractIn the last years there has been a considerable growing interest in connecting generation to distribution systems. Thus, Embedded Generation is predicted to play an increasing role in the future electric systems. For this reason, distribution system engineers should properly take into account its impact in the system studies. On the other hand,
G. Carpinelli +3 more
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Wind power in power generation planning
Canadian Conference on Electrical and Computer Engineering 2004 (IEEE Cat. No.04CH37513), 2004Wind energy applications are rapidly increasing in power generating systems due to widespread public support for renewable energy. Wind energy, however, has not been considered as an important factor in capacity planning since wind penetration has traditionally been insignificant compared to conventional generation. It will be increasingly important to
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Social Power in Plan-Generation
Town Planning Review, 1974During the last decade, planning theory and technique have been dominated by the search for a comprehensive approach to plan-making which sought to incorporate and synthesize the many diverse social, economic and physical factors relevant to each planning situation.
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Applications to Generation Expansion Planning and Power Network Planning
2011This chapter utilizes the OTS model to construct a general method to identify critical lines and buses in power grids. This leads to plannings for generation expansion and power network development. Since parameters of the OTS model may affect cascading failures and large-scale blackouts, we discuss the rules to set the line capacity growth rate as ...
Shengwei Mei, Xuemin Zhang, Ming Cao
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Magnetohydrodynamic Power Generation: Program Planning and Status
IEEE Transactions on Power Apparatus and Systems, 1979This paper is concerned with the phased development of the MHD power system program and the development issues which are being addressed. System engineering considerations for the development logic and design criteria are established in terms of systems-emphasizing open cycle MHD-and components - combustor, generator, materials, seed recovery, emission
W. Jackson, E. Levi
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Electric Power and Heat Generation Expansion Planning
Electric Power Components and Systems, 2020A short-term electric power and heat generation augmentation planning (EPHGAP) is portrayed and evaluated here.
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Planning available capacity in electrical power generation
Applied Energy, 1981Abstract In planning for the utilisation of available capacity, an electrical company needs to know the power requirements of the system. The load versus duration curve provides information on past demand patterns and thus forms a basis for planning future supply needs.
John S. Maybee +2 more
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2014 IEEE PES General Meeting | Conference & Exposition, 2014
Wind power scenarios from individual wind farms are synthesized using given sample paths of wind power from these same wind farms through the generalized dynamic factor model (GDFM), where wind power scenarios are represented as the multiplication of a fixed polynomial matrix and time varying dynamic shocks, which are white noise.
Duehee Lee, Jinho Lee, Ross Baldick
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Wind power scenarios from individual wind farms are synthesized using given sample paths of wind power from these same wind farms through the generalized dynamic factor model (GDFM), where wind power scenarios are represented as the multiplication of a fixed polynomial matrix and time varying dynamic shocks, which are white noise.
Duehee Lee, Jinho Lee, Ross Baldick
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Generation planning in Iranian power plants with fuzzy hierarchical production planning
Energy Conversion and Management, 2010Abstract The Power Plants Generation Planning (PPGP) usually encountered complicated problems. In this paper, a new hierarchical approach is applied for generation planning in power plants. In hierarchical approach, the main integrated problem is separated into some sub problems which could be easily solved by multi level models.
Reza Tanha Aminloei, S.F. Ghaderi
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