A Detailed Nuclear Power Plant Model for Power System Analysis Based on PSS/E
Huimin Gao, Chao Wang, Wulue Pan
Abstract
Huimin Gao, Chao Wang, Wulue Pan
Abstract
The capacity of nuclear power in China will increase rapidly in the coming twenty years. Consequently, the interaction of nuclear power plants and power systems becomes a very important issue. And a detailed nuclear power model for the medium-term and long-term power system stability should be developed. However, there is no nuclear unit model that can describe the detail characteristics of the nuclear unit in the available commercial power system simulation software. In this paper, a detailed pressurized water reactor (PWR) nuclear unit model for medium-term and long-term power system transient stability is proposed. The model is implemented by a user-defined program in PSS/E through PSS/E Matlab Simulink Interface. This model can be used to analyze the interaction of nuclear power plants and power systems. The simulation results show that the proposed model is valid
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The capacity of nuclear power in China will increase rapidly in the coming twenty years. Consequently, the interaction of nuclear power plants and power systems becomes a very important issue. And a detailed nuclear power model for the medium-term and long-term power system stability should be developed. However, there is no nuclear unit model that can describe the detail characteristics of the nuclear unit in the available commercial power system simulation software. In this paper, a detailed pressurized water reactor (PWR) nuclear unit model for medium-term and long-term power system transient stability is proposed. The model is implemented by a user-defined program in PSS/E through PSS/E Matlab Simulink Interface. This model can be used to analyze the interaction of nuclear power plants and power systems. The simulation results show that the proposed model is valid
Key concepts: Power (physics), Computer science, Nuclear power plant, Physics, Nuclear physics, Quantum mechanics