Access to smart meter data will enable electricity distribution companies to have a far clearer picture of the operation of their low voltage networks. This in turn will assist in the more active management of these networks. An important current knowledge gap is knowing for certain which phase each customer is connected to. Matching the loads from the smart meter with the loads measured on different phases at the substation has the capability to fill this gap. However, in the United Kingdom at the half hourly level only the loads from groups of meters will be available to the network operators. Therefore, a method is described for using this grouped data to assist with determining each customer's phase when the phase of most meters is corr...
The mitigation of distribution network (DN) unbalance and the use of single-phase flexibility for co...
The energy transition for decarbonization requires consumers’ and producers’ active par-ticipation t...
This paper develops a novel approach for distribution system monitoring and state estimation, where ...
By 2020, smart meters will potentially provide the UK's distribution network operators (DNOs) with m...
Estimation of peak currents in LV feeders requires accurate data identifying customer service connec...
Low voltage distribution networks feature a high degree of load unbalance and the addition of roofto...
A new technique is presented for automatically identifying the phase connection of domestic customer...
\u3cp\u3eData mining is one of the statistical means that extracts useful information from an extrem...
Losses on low voltage networks are often substantial. For example, in the UK they have been estimate...
Low voltage distribution networks feature a high degree of load unbalance and the addition of roofto...
The heterogeneity of domestic loads presents Distribution Network Operators with operational uncerta...
This paper proposes a novel design for distribution system monitoring using a Modified Smart Meter (...
On British electricity distribution networks, the phase to which single phase loads and generators a...
Knowledge of the currents is a key foundation for smart grid applications. However, knowledge of low...
Distributed generation and low carbon loads are already leading to some restrictions in the operatio...
The mitigation of distribution network (DN) unbalance and the use of single-phase flexibility for co...
The energy transition for decarbonization requires consumers’ and producers’ active par-ticipation t...
This paper develops a novel approach for distribution system monitoring and state estimation, where ...
By 2020, smart meters will potentially provide the UK's distribution network operators (DNOs) with m...
Estimation of peak currents in LV feeders requires accurate data identifying customer service connec...
Low voltage distribution networks feature a high degree of load unbalance and the addition of roofto...
A new technique is presented for automatically identifying the phase connection of domestic customer...
\u3cp\u3eData mining is one of the statistical means that extracts useful information from an extrem...
Losses on low voltage networks are often substantial. For example, in the UK they have been estimate...
Low voltage distribution networks feature a high degree of load unbalance and the addition of roofto...
The heterogeneity of domestic loads presents Distribution Network Operators with operational uncerta...
This paper proposes a novel design for distribution system monitoring using a Modified Smart Meter (...
On British electricity distribution networks, the phase to which single phase loads and generators a...
Knowledge of the currents is a key foundation for smart grid applications. However, knowledge of low...
Distributed generation and low carbon loads are already leading to some restrictions in the operatio...
The mitigation of distribution network (DN) unbalance and the use of single-phase flexibility for co...
The energy transition for decarbonization requires consumers’ and producers’ active par-ticipation t...
This paper develops a novel approach for distribution system monitoring and state estimation, where ...