International audienceA new power flow for DC grids is presented in this paper. This new method gives the possibility of using more than one bus for the power balance and consequently share the responsibilities between many actors. The present paper introduces a mathematical proof for this new power flow algorithm, which guarantees the existence of unique solution when voltages are close to nominal value. This new algorithm has in addition the advantage of being easily adapted for AC systems. Besides a detailed study of the effects on power and voltages when variables change is shown
The high cost of power electronic equipment, lower reliability and poor power handling capacity of t...
In this paper, a steady-state multi-terminal voltage source converter high voltage direct current (V...
This paper develops an effective control framework for DC voltage control and power-sharing of multi...
International audienceA new power flow for DC grids is presented in this paper. This new method give...
In this paper, a new algorithm computing the multi-area power flow problem is presented. This algori...
This paper presents a steady-state model and as-sociated power flow equations that can be applied to...
The tendency to gain the benefits of both ac and dc grids pushed the power industries to introduce t...
Abstract- This paper presents an algorithm for the sequential solution of the ac/dc power flow, whic...
The paper aims to propose an algorithm to calculate the power flow of an AC&DC hybrid distribution s...
Bipolar dc terminals are used for hvdc transmission in an ac-dc system. The sequential ac-dc power f...
International audienceThis article presents a new tool to solve the power flow problem for electric ...
<p>The trend in the electric power system is to move towards increased amounts of distributed resour...
In this paper, a sequential AC/DC power flow algorithm is proposed to solve networks containing Mult...
Abstract. High Voltage Direct Current (HVDC) systems offer distinct advantages for the integration o...
This paper presents a unified power flow algorithm for large and complex mixed AC/DC power systems b...
The high cost of power electronic equipment, lower reliability and poor power handling capacity of t...
In this paper, a steady-state multi-terminal voltage source converter high voltage direct current (V...
This paper develops an effective control framework for DC voltage control and power-sharing of multi...
International audienceA new power flow for DC grids is presented in this paper. This new method give...
In this paper, a new algorithm computing the multi-area power flow problem is presented. This algori...
This paper presents a steady-state model and as-sociated power flow equations that can be applied to...
The tendency to gain the benefits of both ac and dc grids pushed the power industries to introduce t...
Abstract- This paper presents an algorithm for the sequential solution of the ac/dc power flow, whic...
The paper aims to propose an algorithm to calculate the power flow of an AC&DC hybrid distribution s...
Bipolar dc terminals are used for hvdc transmission in an ac-dc system. The sequential ac-dc power f...
International audienceThis article presents a new tool to solve the power flow problem for electric ...
<p>The trend in the electric power system is to move towards increased amounts of distributed resour...
In this paper, a sequential AC/DC power flow algorithm is proposed to solve networks containing Mult...
Abstract. High Voltage Direct Current (HVDC) systems offer distinct advantages for the integration o...
This paper presents a unified power flow algorithm for large and complex mixed AC/DC power systems b...
The high cost of power electronic equipment, lower reliability and poor power handling capacity of t...
In this paper, a steady-state multi-terminal voltage source converter high voltage direct current (V...
This paper develops an effective control framework for DC voltage control and power-sharing of multi...