We interconnect transmission and distribution power systems and perform load flow computations in the hybrid network. In the largest example we managed to build, fifty copies of a distribution network consisting of fifteen nodes is connected to the UCTE study model, resulting in a system consisting of 5003 nodes. For this model, the Newton load flow model converges in seven iterations. Future work in this direction should allow to build even larger networks.Delft Institute of Applied MathematicsElectrical Engineering, Mathematics and Computer Scienc
In this paper, the classical load flow model and the random flow model are considered for analyzing ...
Treballs Finals de Grau de Matemàtiques, Facultat de Matemàtiques, Universitat de Barcelona, Any: 20...
The load flow problem (LFP) in power distribution networks allows us to find the nodal voltage value...
We consider the formulation of hybrid three-phase, three-sequence models of distribution systems and...
The tendency to gain the benefits of both ac and dc grids pushed the power industries to introduce t...
Electrical power systems are complex systems and traditionally modeled in two separate systems. Powe...
An efficient load flow solution technique is required for taking various control and operations deci...
Steady-state power flow models are essential for daily operation of the electricity grid. The changi...
The load flow equations express the balance of power in an electrical power system. The power genera...
Original scientific paper During the planning and designing stage of power distribution networks dev...
A power system's most important and fundamental tool is load flow analysis. Most commercial power sy...
5th IASME/WSEAS International Conference on Energy and Environment --FEB 23-25, 2010 -- Univ Cambrid...
Power flow is a useful tool in operation, planning and optimisation of a system. Distribution system...
An integrated network consists of a transmission network and at least one distribution network which...
This paper compares and assesses several numerical methods that solve the steady-state power flow pr...
In this paper, the classical load flow model and the random flow model are considered for analyzing ...
Treballs Finals de Grau de Matemàtiques, Facultat de Matemàtiques, Universitat de Barcelona, Any: 20...
The load flow problem (LFP) in power distribution networks allows us to find the nodal voltage value...
We consider the formulation of hybrid three-phase, three-sequence models of distribution systems and...
The tendency to gain the benefits of both ac and dc grids pushed the power industries to introduce t...
Electrical power systems are complex systems and traditionally modeled in two separate systems. Powe...
An efficient load flow solution technique is required for taking various control and operations deci...
Steady-state power flow models are essential for daily operation of the electricity grid. The changi...
The load flow equations express the balance of power in an electrical power system. The power genera...
Original scientific paper During the planning and designing stage of power distribution networks dev...
A power system's most important and fundamental tool is load flow analysis. Most commercial power sy...
5th IASME/WSEAS International Conference on Energy and Environment --FEB 23-25, 2010 -- Univ Cambrid...
Power flow is a useful tool in operation, planning and optimisation of a system. Distribution system...
An integrated network consists of a transmission network and at least one distribution network which...
This paper compares and assesses several numerical methods that solve the steady-state power flow pr...
In this paper, the classical load flow model and the random flow model are considered for analyzing ...
Treballs Finals de Grau de Matemàtiques, Facultat de Matemàtiques, Universitat de Barcelona, Any: 20...
The load flow problem (LFP) in power distribution networks allows us to find the nodal voltage value...