Sistem Hibrida Pembangkit Listrik Energi Terbarukan Terhubung Grid Dengan Kerangka Referensi Natural

Abstract

Nowadays, interconnecting grid with renewable energy source (RES) is developed to increase power and reability of the system. However, the integration between RESs with grid must be synchronized so that the system can work. In this paper, natural reference frame was used to synchronize hybrid systems of RESs with grids. The DC voltage generated by Photovoltaic (PV) and Wind Turbine will be converted into 3 phase voltages by the inverter. The Pulse Witdh Modulation (PWM) on the inverter that has been regulated by current control and Phase Locked Loop (PLL) makes RESs interconnect with grid. Simulation is designed using Power Simulator software (PSIM) and tested with various conditions. The simulation results show that the renewable energy source system connected to grid has synchronized and work well.

Sidoarjo Mudflow Electric (SMF-E): Optimalization of Sidoarjo Mudflow as an Electric Supplier Based on Electrochemical

“…By comparing the result data with 16V decree data that has 12.857 watts/hour the acquired energy will be: W att/hour = (8, 8 v x 12, 857 watts/hour) / 16 v = 7, 07135 watts/hour The data comparison aims to determine the calculation of electrical power based on measured data analysis The Dubai provision plant has 8 plants as support for the area to produce electricity [12] [13] . In this case, East Java area with 1 plant can be calculated as follows:…”

Analisis Pengaruh Cuaca Terhadap Efisiensi Panel Surya Grid Tie Menggunakan Konfigurasi Micro Inverter Dan String Inverter Terhadap Energi Yang Dihasilkan

“…Di dalam GTI ini terjadi proses konversi arus searah menjadi arus bolak-balik, juga terjadi proses sinkronisasi dengan jaringan grid PLN sehingga kedua sumber listrik yang berbeda ini dapat bergabung dan otomatis berbagi beban antara PLTS sebagai yang utama dan PLN sebagai backup. Bila solar panel system kekurangan supply maka akan dipenuhi dari PLN [5].…”

Desain Sistem On-Grid Energi Terbarukan Skala Rumah Tangga Menggunakan Perangkat Lunak HOMER

“…Pembangkit listrik energi terbarukan saat ini terus mengalami peningkatan dalam penggunaannya [6]. Peningkatan ini terjadi karena mengingat kenaikan kebutuhan energi listrik dunia setiap tahunnya mencapai 1,4%, maka pengembangan pembangkit listrik energi terbarukan terus dilakukan [7]. Melihat keadaan ini, perlu adanya sumber energi terbarukan yang dapat mensuplai energi listrik di Indonesia.…”