Analisa Perhitungan Pembangkit Listrik Tenaga Surya Untuk Taman Markisa Di Wilayah Rt 01/ Rw 08 Kelurahan Mampang,  Pancoran Mas, Kota Depok

Utami, Priska Restu; Widyastuti,; Marliza,

doi:10.56127/jammu.v1i2.198

Cited by 4 publications

(4 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…Keluaran panel surya ini berupa arus searah (DC) dengan tegangan keluaran yang bergantung pada jumlah sel surya dan intensitas sinar matahari [7,8]. Untuk mendapatkan keluaran listrik berupa arus bolak-balik (AC), PLTS perlu terhubung ke inverter yang dapat mengubah arus searah (DC) menjadi arus bolak-balik (AC) [9,10].…”

Section: Pendahuluanunclassified

Kinerja Inverter 500 W untuk PLTS Skala Kecil

Slamet Nurhadi,

Muhammad Fahmi Hakim,

Ferdian Ronilaya

et al. 2024

elposys

View full text Add to dashboard Cite

At Electrical Engineering Department of Politeknik Negeri Malang, there is an EBT learning module in the form of solar panel with small capacity, namely 80 Watts. The only load that can be supplied is DC load because there isn’t installed inverter. Therefore, it is necessary to determine the inverter specifications to be installed in small-scale solar system. This research aims to determine the specifications and test the performance of a 500 W inverter integrated with a 50 Wp solar system. Also analyze power quality parameters and efficiency when connected to various load. The test method is no-load and load testing with the parameters measured including current, voltage, power, frequency and THD. Analysis was also carried out on the correlation between efficiency and loading and inverter pins with THDV and THDI. In the no-load test, the inverter output voltage waveform was obtained as a pure sine wave with a frequency of 50.10 Hz. In testing the LED and LHE loads, it was found that the inverter was good for use when the load was 50-80% of its capacity. The lowest THDV value is at a Pin value of 26 W, namely a THDV value of 0.009%. The highest THDV on the Pin is 130 W with THDV value of 1.9%. The lowest THDI value is at Pin 9.75 W, namely 27.6%. The highest THDI value on the 130 W Pin is 80.9%. The THD limit is still within the IEEE standard limit, namely 5% - 10%.

show abstract

Section: Pendahuluanunclassified

Kinerja Inverter 500 W untuk PLTS Skala Kecil

Slamet Nurhadi,

Muhammad Fahmi Hakim,

Ferdian Ronilaya

et al. 2024

elposys

View full text Add to dashboard Cite

show abstract

“…Solar powerplant design is carried out to determine the size of photovoltaic cells, batteries, and Solar Charge Controller (SCC) for the solar power system. The design steps are as follows [11] :…”

Section: Source Of the Problemmentioning

confidence: 99%

Education on the Utilization of Solar Energy to Realize Mosques with Energy Independence: Application of Renewable Energy in Minhajul Huda Mosque

Sutoyo,

Rachmawati,

Shomad

et al. 2023

ICTCED

View full text Add to dashboard Cite

Minhajul Huda Mosque is a mosque as one of the pilot centers for da'wah in the region. Many mosque activities nowadays commonly require the support of electrical energy infrastructure, especially in lighting systems, sound systems, and other electrical devices. On the other hand, the lack of insight into alternative renewable energy among mosque administrators causes dependence on electricity sources from PLN. In general, the impact is the disruption of the operation of electrical equipment during a PLN outage. All problems related to PLN's electricity dependence should be overcome through the application of alternative and renewable energy. Due to the ease of application, solar power is worth choosing because it is practical and suitable for the conditions of the partner's location. This service activity was carried out with stages of socialization, education, and application of solar power systems (on lighting facilities and mosque loudspeakers) with a power of 672 Wh, followed by monitoring and evaluation. Hopefully, this activity may become a model of an energy-independent mosque in the Muhammadiyah branch area that can educate worshippers about the application of solar energy.

show abstract

“…Perancangan PLTS Perancangan dilakukan untuk menetukan ukuran sel fotovoltaik, baterai dan Solar Charge Controller (SCC) untuk sistem PLTS langkah-langkah perancangan adalah sebagai berikut (Sutoyo et al, 2023;Utami et al, 2022)0.…”

Section: Gambar 9 Rekayasa Plts DI Lokasi Umkm Classicunclassified

Optimasi Kegiatan Usaha Mebel Ranting Jati dan Rotan Melalui Aplikasi Teknologi Ramah Lingkungan Berbasis Renewable Energy

Sutoyo,

Yudhanto,

Achmad

2023

abdimas

View full text Add to dashboard Cite

Produk mebel dari bahan ranting kayu jati dan rotan saat ini telah menembus pasar ekspor, seperti halnya bisnis yang dijalankan oleh UMKM bernama Classic di daerah Gunungkidul. Banyak keuntungan diperoleh dari bisnis tersebut, akan tetapi teridentifikasi beberapa permasalahan yang perlu mendapatkan solusi. Dampak negatif dari debu pengamplasan kayu sangat mengganggu kesehatan lingkungan, disamping itu peralatan pengolah rotan yang tidak layak fungsi menyebabkan efisiensi dan efektifitas kerja tidak tercapai. Sesungguhnya penanganan limbah debu ini mudah dilakukan dengan bantuan teknologi penghisap debu, namun demikian bertambahnya peralatan listrik dianggap menjadi beban berat sebuah UMKM. Solusi paling tepat adalah melalui pengadaan alat pengelola debu (dust collection system) dengan listrik bertenaga surya yang tidak membebani pengusaha. Pengadaan steamer rotan ditujukan untuk mempermudah pengolahan rotan sehingga diharapkan kapasitas produksi akan meningkat. Kegiatan ini terlaksana dengan tahapan sosialisasi dan instalasi PLTS sebesar 400 WP dengan dukungan batere 100 Ah dan inverter, sehingga sangat cukup untuk menyalakan blower berdaya 230 Watt. Selanjutnya, pengadaan steamer rotan yang mampu mengolah 90 batang rotan berdiameter 3 cm dalam sekali proses telah meningkatkan produk mebel rotan dari 40 pasang/5 hari menjadi 120 pasang/5 hari. Peningkatan kesehatan kerja dan kapasitas produksi menjadi indikasi bahwa program pengabdian masyarakat ini berhasil dengan baik.

show abstract

Analisa Perhitungan Pembangkit Listrik Tenaga Surya Untuk Taman Markisa Di Wilayah Rt 01/ Rw 08 Kelurahan Mampang, Pancoran Mas, Kota Depok

Cited by 4 publications

References 0 publications

Kinerja Inverter 500 W untuk PLTS Skala Kecil

Kinerja Inverter 500 W untuk PLTS Skala Kecil

Education on the Utilization of Solar Energy to Realize Mosques with Energy Independence: Application of Renewable Energy in Minhajul Huda Mosque

Optimasi Kegiatan Usaha Mebel Ranting Jati dan Rotan Melalui Aplikasi Teknologi Ramah Lingkungan Berbasis Renewable Energy

Contact Info

Product

Resources

About