The present research is pioneering in reconfiguring a transmission network while taking into
account the contingency ranking, transient stability, reliability, short circuit and loss. The …

Population expansion and increased industrialization are driving up global energy demand.
Similarly, the most populous African country, Nigeria generates and transmits electricity far …

Energy sector of developing nations is faced with myriads of problems ranging from
insufficient generation to poor grid infrastructure. Introducing variable renewable energy …

Distributed generations (DG) are being installed at increasing rates, both in developed and
developing countries. The increasing number of DG connected to the distribution system …

The present Nigerian transmission network is faced with the difficulty of evacuating and
dispatching reliable and quality electricity supply and simultaneously maintaining an …

The present situation of power generation in Nigeria obviously represents a challenge to our
ability for rethinking the delivery of energy at maximum efficiency. Previous research on the …

With the ongoing expansions and growth of the electric utility industry, including
deregulation in Nigeria, numerous changes characterized by additional generating stations …

The subject of this work is the development of a load flow model for the Nigerian 330 kV
transmission system. The model has been developed in DIgSILENT PowerFactory based on …

The performance of a new approach for multiobjective voltage stability constrained‐optimal
power flow (VSC‐OPF) formulation is compared with a conventional VSC‐OPF approach for …

This paper deals with the voltage profile enhancement on the Nigerian 330kV transmission
power network using static synchronous compensator (STATCOM). Due to increase in …