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Optimal planning of electric power generation in thermal power system
2005 IEEE Russia Power Tech, 2005The task of optimal planning of electric power generation (OPEPG) for optimal operation and expansion planning of all-thermal power system is considered in this paper. The OPEPG problem is looked as a two-stage problem. During the first stage, the loading of working units is optimized.
M. Keel, O. Liik, H. Tammoja, M. Valdma
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Reliability planning for solar electric power generation
Technological Forecasting and Social Change, 1980Abstract Planning for electric power system reliability requires strategic changes when large-scale use of solar electric generation technologies is contemplated. Bulk storage will be required in any long-term evolution of power systems that are dominated by baseload central station plants.
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Integrated Power Generation and Natural Gas Expansion Planning
2007 IEEE Lausanne Power Tech, 2007Energy companies and governments have considered alternative solutions over traditional planning problem where electricity, natural gas, oil are treated as an independent problem. The optimization and integration of the energy sources and demands in a common framework is one of the current challenges. New methodologies and tools for system planning and
Clodomiro Unsihuay +2 more
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Electric power generation expansion: Planning with multiple objectives
Applied Energy, 1985Abstract A linear multi-objective model for power generation expansion is studied in this paper. The model is applied to the power system planning of Singapore and solved by a newly developed interactive method. The generation alternatives considered are oil-fired, coal-fired, natural-gas fired and nuclear power plants. The multi-objective model does
M.A. Quaddus, T.N. Goh
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Dispatchable wind power generation planning for distribution systems
2017 7th International Conference on Power Systems (ICPS), 2017In this paper, a set of new planning strategies are proposed to optimally accommodate aggregated capacity of wind farms with special switching arrangements to make these dis-patchable. The goal is to mitigate the issues of intense renewable power penetration on distribution systems such as wind power curtailment, reverse power flow problem, high ...
Nand K. Meena +3 more
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Power system planning with multiple distributed generators
2016Due to increasing energy demand and increasing interest in green energy, the conventional energy generation, transmission and distribution system is now in the changing phase. Energy generation is now preferred from renewable resources. To reduce the burden of transmission lines and due to the increasing energy demand, generation is preferred near the ...
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Probabilistic optimal reactive power planning with wind generation
2018 IEEE International Conference on Power Electronics, Drives and Energy Systems (PEDES), 2018In this paper, an optimal probabilistic reactive power planning method considering uncertain loads and intermittent wind generation is proposed. The objective of the probabilistic planning strategy adopted is to maximize the annual profit of the utility in face of large grid penetration of uncertainty.
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Risk Management Plan for Steam Generator Maintenance at Nuclear Power Plan
Book of Extended Abstracts for the 32nd European Safety and Reliability Conference, 2022Karel Vidlak, Dana Prochazkova
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