2 research outputs found
Design of a charge regulator for application in an isolated micro grid with photovoltaic generation
This paper presents the design of a charge regulator
operating in an isolated micro grid with photovoltaic generation.
The converter selected for this application is a SEPIC with a
MPPT algorithm for the cases in which the energy demand is
greater than the energy available. The algorithm is able to
modify its point of maximum power, in order to perform the
recharging and supply of power to the battery bank of the system
(isolated microgrid) and a group of charges set at a level of
determined of voltage. Finally, the results of the tests carried out
are presented and the conclusions are given.This paper presents the design of a charge regulator
operating in an isolated micro grid with photovoltaic generation.
The converter selected for this application is a SEPIC with a
MPPT algorithm for the cases in which the energy demand is
greater than the energy available. The algorithm is able to
modify its point of maximum power, in order to perform the
recharging and supply of power to the battery bank of the system
(isolated microgrid) and a group of charges set at a level of
determined of voltage. Finally, the results of the tests carried out
are presented and the conclusions are given
Design of a charge regulator for application in an isolated micro grid with photovoltaic generation
This paper presents the design of a charge regulator
operating in an isolated micro grid with photovoltaic generation.
The converter selected for this application is a SEPIC with a
MPPT algorithm for the cases in which the energy demand is
greater than the energy available. The algorithm is able to
modify its point of maximum power, in order to perform the
recharging and supply of power to the battery bank of the system
(isolated microgrid) and a group of charges set at a level of
determined of voltage. Finally, the results of the tests carried out
are presented and the conclusions are given.This paper presents the design of a charge regulator
operating in an isolated micro grid with photovoltaic generation.
The converter selected for this application is a SEPIC with a
MPPT algorithm for the cases in which the energy demand is
greater than the energy available. The algorithm is able to
modify its point of maximum power, in order to perform the
recharging and supply of power to the battery bank of the system
(isolated microgrid) and a group of charges set at a level of
determined of voltage. Finally, the results of the tests carried out
are presented and the conclusions are given