Abstract
The Conceptual design of the Megawatt Demand Setter (MDS) is presented for the Korean Standardized Nuclear Power Plant. The MDS is a digital supervisory limitation system. The MDS assures that the plant does not exceed the operating limits by regulating the plant operations through monitoring the operating margins of the critical parameters. MDS is aimed at increasing the operating flexibility which allow the nuclear plant to meet the grid demand in very efficient manner. It responds to the grid demand without penalizing plant availability by limiting the load demand when the operating limits are approached or violated. MDS design concepts were tested using simulation responses of Yonggwang Units 3, 4. The design of the Yonggwang Units 3, 4 would be used as a reference which designs of Korean Standardized Nuclear Power Plants would be based upon. The simulation results illustrate that the MDS can be used to improve operating flexibility. (Author).
Kim, Se Chang;
Hah, Yeong Joon;
Song, In Ho;
Lee, Myeong Hun;
Chang, Do Ik;
Choi, Jung In
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Kim, Se Chang, Hah, Yeong Joon, Song, In Ho, Lee, Myeong Hun, Chang, Do Ik, and Choi, Jung In.
Development of Megawatt Demand Setter for Plant Operating Flexibility.
Korea, Republic of: N. p.,
1993.
Web.
Kim, Se Chang, Hah, Yeong Joon, Song, In Ho, Lee, Myeong Hun, Chang, Do Ik, & Choi, Jung In.
Development of Megawatt Demand Setter for Plant Operating Flexibility.
Korea, Republic of.
Kim, Se Chang, Hah, Yeong Joon, Song, In Ho, Lee, Myeong Hun, Chang, Do Ik, and Choi, Jung In.
1993.
"Development of Megawatt Demand Setter for Plant Operating Flexibility."
Korea, Republic of.
@misc{etde_10111561,
title = {Development of Megawatt Demand Setter for Plant Operating Flexibility}
author = {Kim, Se Chang, Hah, Yeong Joon, Song, In Ho, Lee, Myeong Hun, Chang, Do Ik, and Choi, Jung In}
abstractNote = {The Conceptual design of the Megawatt Demand Setter (MDS) is presented for the Korean Standardized Nuclear Power Plant. The MDS is a digital supervisory limitation system. The MDS assures that the plant does not exceed the operating limits by regulating the plant operations through monitoring the operating margins of the critical parameters. MDS is aimed at increasing the operating flexibility which allow the nuclear plant to meet the grid demand in very efficient manner. It responds to the grid demand without penalizing plant availability by limiting the load demand when the operating limits are approached or violated. MDS design concepts were tested using simulation responses of Yonggwang Units 3, 4. The design of the Yonggwang Units 3, 4 would be used as a reference which designs of Korean Standardized Nuclear Power Plants would be based upon. The simulation results illustrate that the MDS can be used to improve operating flexibility. (Author).}
place = {Korea, Republic of}
year = {1993}
month = {May}
}
title = {Development of Megawatt Demand Setter for Plant Operating Flexibility}
author = {Kim, Se Chang, Hah, Yeong Joon, Song, In Ho, Lee, Myeong Hun, Chang, Do Ik, and Choi, Jung In}
abstractNote = {The Conceptual design of the Megawatt Demand Setter (MDS) is presented for the Korean Standardized Nuclear Power Plant. The MDS is a digital supervisory limitation system. The MDS assures that the plant does not exceed the operating limits by regulating the plant operations through monitoring the operating margins of the critical parameters. MDS is aimed at increasing the operating flexibility which allow the nuclear plant to meet the grid demand in very efficient manner. It responds to the grid demand without penalizing plant availability by limiting the load demand when the operating limits are approached or violated. MDS design concepts were tested using simulation responses of Yonggwang Units 3, 4. The design of the Yonggwang Units 3, 4 would be used as a reference which designs of Korean Standardized Nuclear Power Plants would be based upon. The simulation results illustrate that the MDS can be used to improve operating flexibility. (Author).}
place = {Korea, Republic of}
year = {1993}
month = {May}
}