Study and Design of Distributed Hybrid PV-Generator-Battery System for Communal and Administrative Loadat Sei Bening Village, Sajingan Besar, Indonesia

Winanti, Naftalin; Purwadi, Agus

doi:10.1109/icgea.2018.8356300

Cited by 15 publications

(3 citation statements)

References 2 publications

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“…Renewable energy development in Ibu Kota Nusantarais influenced by political factors in Indonesia, including national political stability and global geopolitics, which can affect world trade and fuel prices as illustrated in Table II. In the economic field, several factors can affect operations and performance, including demand for and supply of electricity, fuel prices, exchange rates, energy transition financing, and limited funds for investment (Winanti & Purwadi, 2018).…”

Section: Resultsmentioning

confidence: 99%

Scenario Planning for Renewable Energy Development towards Net Zero Emission in Indonesia’s New Capital City “Nusantara”

Rino

2023

EJBMR

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It is well-known that the power sector is a major contributor to the world’s greenhouse gas emissions, and it is also vulnerable to the effects of climate change. As a result, the global power sector must speed up its decarbonization efforts. This article focuses on Renewable Energy scenario planning in Ibu Kota Nusantara. The paper examines a net-zero emissions scenario, as well as reference and renewable policy scenarios, to determine what additional measures are needed beyond the current trajectory to reach net-zero emissions. Ibu Kota Nusantara must use its underused renewable energy resources to achieve net-zero emissions by 2050. Based on the above considerations, the conclusion that can be drawn is that a scenario combining renewable energy (diesel, bioenergy) with carbon capture and storage technology (CCUS) is the most promising option for carbon neutrality. This combination allows for significant reductions in greenhouse gas emissions while still leveraging existing fossil fuel resources. However, continuing research and development in CCUS technology is vital to overcome the existing cost and implementation challenges. In planning toward carbon neutrality, collaboration between government, industry, and society is essential to transition to a sustainable and environmentally friendly energy system successfully.

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Section: Resultsmentioning

confidence: 99%

Scenario Planning for Renewable Energy Development towards Net Zero Emission in Indonesia’s New Capital City “Nusantara”

Rino

2023

EJBMR

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“…Diantara optimasi yang dilakukan dapat berupa optimal kapasitanya ataupun potensinya, serta cost yang dibutuhkan dalam membangun dan mengintegrasikan pembangkit hybrid tersebut [7]. Penelitian lain dilakukan oleh Winanti, N dan Purwadi, A [8] yaitu menganalisis mengenai penggunaan energi terbarukan sebagai sumber energi telah meningkat rata-rata sekitar 4,7%, pada tahun 2016 telah meningkat 7,1%, tetapi penggunaan surya sebagai sumber energi hanya mencapai 1%. Oleh karena itu desain pembangkit listrik yang tepat harus dirancang dengan baik.…”

Section: Pendahuluanunclassified

Desain Sistem Pembangkit Listrik Tenaga Hybrid (Solar Cell dan Wind Turbine) untuk Beban Perumahan

Setia

Sutriyadi

Winanti

et al. 2021

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Pembangkit Listrik Tenaga Hybrid (PLTH) merupakan pembangkit listrik yang terhubung dari beberapa jenis sumber pembangkit energi terbarukan atau dengan sumber energi tidak terbarukan. Terbatasnya sumber energi konvensional menjadi penyebab dikembangkannya pemanfaatan energi non konvensional atau energi terbarukan di Indonesia. Salah satu energi yang potensial untuk dikembangkan di Indonesia adalah energi surya dan energi bayu. Penelitian ini bertujuan untuk melakukan desain terhadap PLTH skala kecil, kemudian menganalisis daya keluaran (output) yang dihasilkan ketika pembangkit hybrid bekerja dengan menggunakan baterai sebagai indikator. Proses terjadinya pengontrolan dengan menggunakan display tegangan sebagai media untuk mengetahui tegangan pada masing masing pembangkit dan baterai. Metode pertama yang dilakukan adalah studi potensi kedua energi tersebut. Kemudian melakukan perhitungan kapasitas yang dibutukan oleh setiap komponen. Selanjutnya adalah menyusun desain pembangkit yang telah diperhitungkan kapasitasnya menjadi sebuah pembangkit hybrid. Langkah terakhir adalah mengimplementasikan desain pembangkit tersebut untuk diterapkan ke beban rumah tangga skala kecil 40 Watt diantaranya 2 buah lampu dan 1 buah kipas angin. Berdasarkan hasil desain yang dilakukan pada solar cell didapat kapasitas ukuran modul 40 Wp, fill factor sebesar 0.73 dan efisiensinya 13% sedangkan desain wind turbine didapat daya sebesar 1.169 Watt dengan kecepatan angin 3,5 m/s dan efisiensinya terbesar mencapai 64%. Kemudian kapasitas solar charge controller sebesar 2.32 A, kapasitas inverter 50 Watt, dan energi total baterai 3.33 Ah. Pengisian baterai untuk mencapai 20%-100% kapasitas membutuhkan waktu 6.6 jam saat cuaca cerah dan 8.3 jam saat cuaca mendung.

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“…Every individual citizen has an equal right in getting services from the government (Smith & Wales, 2000). The Government of Indonesia has continued to strive for equitable development, although there are still many areas that have not been successfully addressed (Winanti & Purwadi, 2018), particularly in eastern Indonesia (Amalia, 2012).…”

Section: Introductionmentioning

confidence: 99%

Internet Adoption of Indonesian Remote Society: Integrated Broadband Village Versus Commercial Mobile Broadband

Dhahir¹

2018

JPK

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A free integrated broadband facility provision by the Indonesian Government in several remote villages seems has not been successfully narrowing down the digital divide. To establish a solution, the gap that caused the problem needs to reveal. Therefore, the current research was conducted with the aim of illustrating the efforts the Indonesian government has made those in term of narrowing down the digital divide, as well as the community feedback in term of how they adopt the internet. Data was obtained from observations and discussions with the government officials and society in several purposive selected rural villages in Eastern Indonesia. It is qualitatively analysed using the diffusion of innovation point of view. The research result gives an overview that the facilities provided by Integrated Broadband Village (IBV) have not been welcomed enthusiasm, whereas the commercial mobile broadband (CMB) network services those are not free was more preferred due to the advantages in all phases of diffusion of innovations. Unfortunately, CMB is not evenly available especially in areas with minimal population. Besides, the efforts of local governments in developing community access are differing in degrees.

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Study and Design of Distributed Hybrid PV-Generator-Battery System for Communal and Administrative Loadat Sei Bening Village, Sajingan Besar, Indonesia

Cited by 15 publications

References 2 publications

Scenario Planning for Renewable Energy Development towards Net Zero Emission in Indonesia’s New Capital City “Nusantara”

Scenario Planning for Renewable Energy Development towards Net Zero Emission in Indonesia’s New Capital City “Nusantara”

Desain Sistem Pembangkit Listrik Tenaga Hybrid (Solar Cell dan Wind Turbine) untuk Beban Perumahan

Internet Adoption of Indonesian Remote Society: Integrated Broadband Village Versus Commercial Mobile Broadband

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