Simulasi Sistem Hibrid Pembangkit Energi Surya, Angin, dan Generator Untuk Mengoptimalkan Pemanfaatan Daya Energi Terbarukan
Abstract: Electrical energy
crisis related to the increasing population in an area will increase the
electrical energy customers. Besides diminishing reserves of fossil energy that
is required of alternative energy from renewable energy sources. The problem is
in incorporating a potential source of renewable energy with a generator needs
power generation hybrid, the hybrid system with a generator as backup energy
utilization is less than optimal because when there was a deficit power
generator takes over all of the power wasted in renewable energy generation.
The purpose of study is to produce a hybrid system design between the generation
of solar energy, wind energy and generator as support (support) when the power
deficit in energy of renewable generator. Research Method in the design of
hybrid system is a design block diagram consisting of solar panels, wind
turbines, inverters, and generator. At this stage it has produced research
outputs in the form of models of hybrid renewable energy generation systems and
generators, then make a circuit simulation and measurement. The results of this
research is a hybrid system that works adaptive- connected the generator to the
system when the power deficit or increase the load to provide power support on
renewable energy generation. This hybrid system with a capacity of 3.5 kW less
power than the previous system with the composition generator 5.7 kW 2.2 kW of
renewable energy consists of a 1 kW solar panels, wind turbines 1.3 kW and 1.3
kW generator voltage at 310V DC bus coupling, the voltage on the bus coupling
AC 220V / 50 Hz, total load current at 16A. The percentage utilization of
renewable energy rose from 11.73% to 24,94% and generator utilization fell from
24.50% to 16.74%.
Penulis: Hendrayana
Kode Jurnal: jptlisetrodd170415
