Changing in a system parameters produces an effect on the system
performance. However, the impact of system parameters are not equal, some
parameters have important influence while others may have less significant influence. In
electrical distribution systems, the introduction of distributed generation,
from renewable energy sources, had negatively influences their voltage plan.
The active and reactive power produced and consumed by those distributed
generations had change the ordinary operation of the classical radial
distribution networks. In this paper a mathematical method is proposed to
quantify the impact of the variation of active and reactive power on the
voltage plan of radial distribution networks. The main aim of this paper is to
understand how the voltage of each part of the network is influenced by the
active and reactive power of distributed generation. The results obtained may
be very useful to establish a control law to control the voltage plan, and to
optimize the location of distributed generation and actuator, A case study is
presented, with an application of the proposed method on a radial distribution
system, the results presents the influence of voltage plan with respect to the
variation of active and reactive power generated by distribution generations,
and network characteristics.
How to cite this paper
Mathematic Analysis of Unbalanced Radial Distribution Systems with Distributed Generations
How to cite this paper: OUALI, S., CHERKAOUI, A. (2018) Mathematic Analysis of Unbalanced Radial Distribution Systems with Distributed Generations. Journal of Applied Mathematics and Computation, 2(12), 543-556.