The efficient use of Renewable Energy Systems as DG's in the distribution sector requires
that the losses, arising out due to their existence in the system, to be minimum. This can be …

In the current deregulating environment, integration of Distributed Generation (DG) in the
radial distribution network is one of the reliable and efficient options which can be used for …

Technical losses in electrical grids are inherent inefficiencies induced by the transmission
and distribution of electricity, resulting in energy losses that can reach up to 40% of the …

The use of rumpon, a type of Fish Aggregating Device (FAD), has been traditional in
Indonesia, particularly in eastern Indonesia waters since time immemorial (Reuter 1938; …

In recent decades, one of the main management's concerns of professional engineers is the
optimal integration of various types of renewable energy to the grid. This paper discusses …

The primary purpose of this article is to study the impact of distributed generator (DG)
integrated into the distribution system in terms of electrical line losses, reliability and …

This paper proposes to study the impacts of electrical line losses due to the connection of
distributed generators (DG) to 22kV distribution system of Provincial Electricity Authority …

The research explored ways in which power supplied in Onitsha distribution line network
would be enhanced using distributed generation. The problem of insufficient power supply …

Dispersed generation (DG) is defined as any source of electrical energy of limited size that is
connected directly to the distribution system of a power network. It is also called …

In electrical power system, use of distributed generation (DG) is rapidly growing because it
provides a long-term solution to many distribution system problems, such as voltage …