Experimental lab test results of a local voltage control mechanism for LV distribution networks using smart appliances are presented in this work. These lab tests are part in the development of a full-scale voltage control system to be rolled out in the LINEAR residential demand response pilot for approximately 100 families, from December 2013 onwards. The main goal of the voltage control system is to mitigate local overand under voltages. The control mechanism uses the available flexibility of residential smart appliances. The main advantage of the control system is that it does not require a communication network between the different households within the LV network. The control system merely requires communication within one household: ...
This paper shows that the smart loads (SLs) could be effective in mitigating voltage problems caused...
Voltage rise is one of the main factors which limits the capacity of Low Voltage (LV) network to acc...
The use of a power electronic converter to step-down the voltage at the point of connection to indiv...
Experimental lab test results of a local voltage control mechanism for LV distribution networks usin...
This work presents the results of an extensive large-scale field test of a local voltage control mec...
This paper describes a voltage stabilizing control mechanism using the available flexibility of smar...
Future society entails new paradigms in how the world will work; new ideas as Smart Grid, Smart Citi...
In order to avoid voltage problems derived from the connection of large amounts of renewable-based e...
More and more functions are performed automatically with the use of various electrical appliances an...
e-onlyIn this paper, we present a distributed voltage control mechanism that is being used in the la...
This paper focuses on voltage control strategies applied in active, intelligent low voltage (LV) net...
The increasing penetration of EVs on LV Distribution networks can potentially cause voltage quality...
Voltages on electricity distribution networks are managed by automated control systems. Without mana...
In the past, distribution networks were designed to be operated as a passive system, i.e. without Di...
This paper introduces a novel local Volt/var control strategy in a low-voltage smart grid. Nowadays,...
This paper shows that the smart loads (SLs) could be effective in mitigating voltage problems caused...
Voltage rise is one of the main factors which limits the capacity of Low Voltage (LV) network to acc...
The use of a power electronic converter to step-down the voltage at the point of connection to indiv...
Experimental lab test results of a local voltage control mechanism for LV distribution networks usin...
This work presents the results of an extensive large-scale field test of a local voltage control mec...
This paper describes a voltage stabilizing control mechanism using the available flexibility of smar...
Future society entails new paradigms in how the world will work; new ideas as Smart Grid, Smart Citi...
In order to avoid voltage problems derived from the connection of large amounts of renewable-based e...
More and more functions are performed automatically with the use of various electrical appliances an...
e-onlyIn this paper, we present a distributed voltage control mechanism that is being used in the la...
This paper focuses on voltage control strategies applied in active, intelligent low voltage (LV) net...
The increasing penetration of EVs on LV Distribution networks can potentially cause voltage quality...
Voltages on electricity distribution networks are managed by automated control systems. Without mana...
In the past, distribution networks were designed to be operated as a passive system, i.e. without Di...
This paper introduces a novel local Volt/var control strategy in a low-voltage smart grid. Nowadays,...
This paper shows that the smart loads (SLs) could be effective in mitigating voltage problems caused...
Voltage rise is one of the main factors which limits the capacity of Low Voltage (LV) network to acc...
The use of a power electronic converter to step-down the voltage at the point of connection to indiv...