Abstract
Initially, this paper summarizes the approach developed by the Brazilian Planning Criteria Working Group (GTCP/ELETROBRAS) for identifying which subset of transmission investments should be postponed to meet a pre-stablished budget constraint with the least possible impact on system performance. Next, this paper presents the main features of the computational model PRIO, which allows the application of the ranking process to large scale power systems (2,000 buses and 3,000 circuits), with as many as 100 projects to be ranked. In this model, the adequacy analysis of each system state is carried out through an AC power flow coupled to a successive linear programming based remedial actions model. Case studies with the IEEE-RTS system and a configuration of the Brazilian Southeastern are presented and discussed. (author) 7 refs., 6 figs., 5 tabs.
Melo, A C.G.;
[1]
Fontoura Filho, R N;
[2]
Peres, L A.P. Pecorelli;
[3]
Morozowski Filho, M
[4]
- Centro de Pesquisas de Energia Eletrica (CEPEL), Rio de Janeiro, RJ (Brazil)
- ELETROBRAS, Rio de Janeiro, RJ (Brazil)
- FURNAS, Rio de Janeiro, RJ (Brazil)
- Santa Catarina Univ., Florianopolis, SC (Brazil)
Citation Formats
Melo, A C.G., Fontoura Filho, R N, Peres, L A.P. Pecorelli, and Morozowski Filho, M.
Ranking transmission projects in large scale systems using an AC power flow model; Priorizacao de obras em sistemas de grande porte usando um modelo AC da rede.
Brazil: N. p.,
1994.
Web.
Melo, A C.G., Fontoura Filho, R N, Peres, L A.P. Pecorelli, & Morozowski Filho, M.
Ranking transmission projects in large scale systems using an AC power flow model; Priorizacao de obras em sistemas de grande porte usando um modelo AC da rede.
Brazil.
Melo, A C.G., Fontoura Filho, R N, Peres, L A.P. Pecorelli, and Morozowski Filho, M.
1994.
"Ranking transmission projects in large scale systems using an AC power flow model; Priorizacao de obras em sistemas de grande porte usando um modelo AC da rede."
Brazil.
@misc{etde_659518,
title = {Ranking transmission projects in large scale systems using an AC power flow model; Priorizacao de obras em sistemas de grande porte usando um modelo AC da rede}
author = {Melo, A C.G., Fontoura Filho, R N, Peres, L A.P. Pecorelli, and Morozowski Filho, M}
abstractNote = {Initially, this paper summarizes the approach developed by the Brazilian Planning Criteria Working Group (GTCP/ELETROBRAS) for identifying which subset of transmission investments should be postponed to meet a pre-stablished budget constraint with the least possible impact on system performance. Next, this paper presents the main features of the computational model PRIO, which allows the application of the ranking process to large scale power systems (2,000 buses and 3,000 circuits), with as many as 100 projects to be ranked. In this model, the adequacy analysis of each system state is carried out through an AC power flow coupled to a successive linear programming based remedial actions model. Case studies with the IEEE-RTS system and a configuration of the Brazilian Southeastern are presented and discussed. (author) 7 refs., 6 figs., 5 tabs.}
place = {Brazil}
year = {1994}
month = {Dec}
}
title = {Ranking transmission projects in large scale systems using an AC power flow model; Priorizacao de obras em sistemas de grande porte usando um modelo AC da rede}
author = {Melo, A C.G., Fontoura Filho, R N, Peres, L A.P. Pecorelli, and Morozowski Filho, M}
abstractNote = {Initially, this paper summarizes the approach developed by the Brazilian Planning Criteria Working Group (GTCP/ELETROBRAS) for identifying which subset of transmission investments should be postponed to meet a pre-stablished budget constraint with the least possible impact on system performance. Next, this paper presents the main features of the computational model PRIO, which allows the application of the ranking process to large scale power systems (2,000 buses and 3,000 circuits), with as many as 100 projects to be ranked. In this model, the adequacy analysis of each system state is carried out through an AC power flow coupled to a successive linear programming based remedial actions model. Case studies with the IEEE-RTS system and a configuration of the Brazilian Southeastern are presented and discussed. (author) 7 refs., 6 figs., 5 tabs.}
place = {Brazil}
year = {1994}
month = {Dec}
}