Three-phase optimal power flow for market-based control and optimization of distributed generations
F Meng, B Chowdhury… - IEEE Transactions on …, 2016 - ieeexplore.ieee.org
The ever-increasing penetration of distributed generation in recent years brings challenges
as well as opportunities for distribution companies as the smart grid paradigm evolves. A
new three-phase unbalanced optimal power flow algorithm is developed for steady state
system analysis to minimize the cost of serving loads in a distribution network. The algorithm
is developed based on primal-dual interior point method. Comprehensive system
components and constraints are modeled in a generalized fashion. In tests performed on the …
as well as opportunities for distribution companies as the smart grid paradigm evolves. A
new three-phase unbalanced optimal power flow algorithm is developed for steady state
system analysis to minimize the cost of serving loads in a distribution network. The algorithm
is developed based on primal-dual interior point method. Comprehensive system
components and constraints are modeled in a generalized fashion. In tests performed on the …
[PDF][PDF] Three-Phase Optimal Power Flow for Market-based Control and Optimization of Distributed Generations
FMB Chowdhury, M Chamana - ieeexplore.ieee.org
The ever-increasing penetration of distributed gen-eration (DG) in recent years brings
challenges as well as opportunities for distribution companies as the smart grid paradigm
evolves. A new three-phase unbalanced optimal power flow (OPF) algorithm is developed
for steady state system analysis to minimize the cost of serving loads in a distribution
network. The algorithm is developed based on primal-dual interior point method (PDIPM).
Comprehensive system components and constraints are modeled in a generalized fashion …
challenges as well as opportunities for distribution companies as the smart grid paradigm
evolves. A new three-phase unbalanced optimal power flow (OPF) algorithm is developed
for steady state system analysis to minimize the cost of serving loads in a distribution
network. The algorithm is developed based on primal-dual interior point method (PDIPM).
Comprehensive system components and constraints are modeled in a generalized fashion …
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