This paper presents methodology and on-site pilot implementation of utilizing 1 kV at low voltage (LV) feeders as an alternative to medium voltage (MV) line investments to solve voltage drop problems at LV systems. Typically distribution companies solve voltage drop problems of LV system by installing a new MV/LV transformer and transferring outmost loads of the existing transformer to the new transformer. This necessitates installation of MV line between the existing and new transformer. The implementation of 1 kV on the existing LV lines eliminates the need for MV line investment. It can be an alternative solution at those regions where MV line investment is challenging due to land use issues or bureaucratic concerns. In addition, the stu...
Long distance distribution lines can suffer from poor voltage regulation as a result of line resista...
This paper discusses voltage regulation on medium-voltage feeders with distributed generation (DG) u...
Capacity of distribution transformers is usually determined based on peak demand forecasted along a ...
The introduction of distributed generation in the low-voltage (LV) network can generate bi-direction...
Leanthy Medium Voltage lines are typical in Rural Electrification implementations. The voltae of end...
Smart Cities can benefit from existing municipal low voltage (LV) distribution grids by supporting p...
As penetration levels of PV Distributed Generation (DG) continue to increase into Low Voltage distri...
The focus of this work is to find possibilities of applying power electronic converters in low volta...
The increasing presence of Distributed Generation (DG) at distribution level is worsening the networ...
An increasing amount of distributed generation in the future grid will be connected at the customer'...
Voltage regulation is a crucial practice in distribution networks to ensure that the steady state vo...
As Eskom continues its drive for Electricity-for-All and the electrification of rural areas, there i...
In recent years, distribution networks have been facing voltage quality issues due to the influx of ...
In recent years, distribution networks have been facing voltage quality issues due to the influx of ...
Owing to the increasing demand in the urban areas for new technologies such as heat pumps and electr...
Long distance distribution lines can suffer from poor voltage regulation as a result of line resista...
This paper discusses voltage regulation on medium-voltage feeders with distributed generation (DG) u...
Capacity of distribution transformers is usually determined based on peak demand forecasted along a ...
The introduction of distributed generation in the low-voltage (LV) network can generate bi-direction...
Leanthy Medium Voltage lines are typical in Rural Electrification implementations. The voltae of end...
Smart Cities can benefit from existing municipal low voltage (LV) distribution grids by supporting p...
As penetration levels of PV Distributed Generation (DG) continue to increase into Low Voltage distri...
The focus of this work is to find possibilities of applying power electronic converters in low volta...
The increasing presence of Distributed Generation (DG) at distribution level is worsening the networ...
An increasing amount of distributed generation in the future grid will be connected at the customer'...
Voltage regulation is a crucial practice in distribution networks to ensure that the steady state vo...
As Eskom continues its drive for Electricity-for-All and the electrification of rural areas, there i...
In recent years, distribution networks have been facing voltage quality issues due to the influx of ...
In recent years, distribution networks have been facing voltage quality issues due to the influx of ...
Owing to the increasing demand in the urban areas for new technologies such as heat pumps and electr...
Long distance distribution lines can suffer from poor voltage regulation as a result of line resista...
This paper discusses voltage regulation on medium-voltage feeders with distributed generation (DG) u...
Capacity of distribution transformers is usually determined based on peak demand forecasted along a ...