Sistem Kendali Daya Aktif untuk Inverter Satu Fase yang Terintegrasi dengan Jaringan Distribusi 220 Vrms
Distributed generation (DG) are under increasing concern for fulfill future electricity needs. One type of DG is solar power plants (PLTS). The problems that arise in trying to integrate PLTS into the power grid is how to control the power flow to the grid. This research aims to simulate the ac...
| Main Authors: | , , |
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| Format: | Conference or Workshop Item |
| Language: | English |
| Published: |
2012
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| Subjects: | |
| Online Access: | https://repository.ugm.ac.id/273735/1/Sistem%20Kendali%20Daya%20Aktif%20Untuk%20Inverter%20Satu%20Fase.pdf |
| Summary: | Distributed generation (DG) are under increasing
concern for fulfill future electricity needs. One type of DG is
solar power plants (PLTS). The problems that arise in trying
to integrate PLTS into the power grid is how to control the
power flow to the grid. This research aims to simulate the
active power control system for single-phase inverter. This
control system can adjust the power generated by the inverter
to be given to the local load. If there is excess of power supply,
the power is supplied to the grid. The proposed control system
is based on dq transformation. Angular frequency as a
reference for dq transformation algorithm derived from
phase locked loop (PLL)-based transport delay T / 4. Control
actions carried out by the current control proportional
integrator (PI). Control system is assessed through the ability
to send the parameters of active power and total harmonic
distortion index (THD) inverter current is low. The
simulation results show that the inverter can be controlled to
provide active power to the local load. However, it was found
that the non-linear conditions on the grid can reduce the
quality of the inverter currents. |
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