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Optimalisasi Pengisian Jabatan Pimpinan Tinggi Berbasis Merit di Lingkungan Pemerintah Provinsi Riau Prabowo, Harry
Socius: Jurnal Penelitian Ilmu-Ilmu Sosial Vol 1, No 12 (2024): July
Publisher : Penerbit Yayasan Daarul Huda Kruengmane

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.5281/zenodo.12209423

Abstract

The implementation of the merit system in the management of Riau Province's ASN still faces challenges which are characterized by the fact that performance in aspects of promotion and transfer is low. This is because the current JPT filling does not yet implement a talent management mechanism as mandated in the merit system index assessment. This issue is important to address because it will have an impact on the quality of bureaucratic leadership and overall government performance. This policy paper uses a literature study approach and SWOT analysis to compare two alternative JPT filling policies, namely open selection and talent management. The results of the analysis show that talent management has strategic advantages to be implemented, with dominant internal strengths and external opportunities compared to the open selection mechanism currently used. Thus, it is recommended that the Governor of Riau formulate a policy in the form of a governor's regulation as a basis, guideline and technical instructions for implementing talent management. Furthermore, the Riau Province Regional Civil Service Agency as the regional apparatus that carries out personnel affairs can implement this policy gradually and comprehensively. The implementation of this policy is expected to improve the quality of bureaucratic leadership, encourage accelerated improvement in the quality of public services and achieve regional development goals in Riau Province, as well as contribute to increasing the merit system index assessment score.
HYBRID ON-GRID SOLAR PANEL DENGAN ENERGY STORAGE PADA INSTALASI LISTRIK ENERGI TERBARUKAN PONDOK PESANTREN AL ANWAR BANTUL prabowo, harry
Jurnal Riset Daerah Vol 23 No 1 (2023): JURNAL RISET DAERAH
Publisher : Badan Perencanaan Pembangunan Daerah Kabupaten Bantul

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.64730/jrdbantul.v23i1.91

Abstract

Energy storage is a means of storing energy, especially solar energy which has been converted into electrical energy and stored in a device commonly referred to as a battery or accumulator. The battery in question is having a voltage and electric current as volts and ampere hours, as well as the characteristics of Deep of Discharge (DoD) in rechargeable battery operation. The Hybrid On-Grid Inverter Solar Panel at the Al Anwar Islamic Boarding School electrical installation, Bantul, Yogyakarta is a hybrid on-grid inverter with solar panels operating in 2019 connected to help supply the cottage's electric power from PLN. If the electric power supply from PLN is off, then the on-grid solar panel inverter hybrid does not immediately take over the PLN electricity supply. This hybrid on-grid inverter solar panel, has the function of working to help supply electricity from PLN to the electrical installations of Islamic boarding schools by utilizing sunlight when it shines bright enough. At night the electricity supply for the cottage is not only served from the PLN electricity network but is assisted by the supply of electric power from the installed energy storage. Before energy storage was installed, the electricity supply to the cottage was only served during the day or when there was sun by a hybrid on-grid inverter solar panel together with electricity supply from PLN. In 2022, Pondok will receive electric power supply from a hybrid on-grid inverter solar panel with energy storage along with the electricity supply from PLN during the day and night. Thus PLN supplies electricity to be lighter for the Pondok both during the day and at night. The installed Hybrid On-Grid Inverter has a capacity of up to 5000 Volt Ampere, 2 units of Energy Storage or LiFePO4 Batteries with each unit having a capacity of 48 Volts 100 Ampere Hours, and the Solar Panel or Photovoltaic installed is Monocrystalline 5 x 400 Watt Peak so that the capacity a total of 2000 Watt Peaks. Meanwhile, the electric power line from PLN to the Pondok Pesantren's electrical installation has a capacity of 3500 Volt Ampere.