Deemed Power Savings of Cogged V-belts versus Smooth V-belts

Sever, F.; Mohammed, Abdul Qayyum; Ritchey, Stephenie; Seryak, John

doi:10.1080/01998595.2017.11810160

Cited by 3 publications

(2 citation statements)

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“…A published article analyzes belt drive transmissions that transfer energy from induction motors to various mechanisms and units [41]. This publication states that many organizations recommend the use of toothed-and V-belts instead of smooth belts for the purpose of increasing energy efficiency.…”

Section: Improvement Of Induction Motor Drivesmentioning

confidence: 99%

Energy Efficiency of Induction Motor Drives: State of the Art, Analysis and Recommendations

Dinolova,

Ruseva,

Dinolov

2023

Energies

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Despite activities to introduce low-carbon energy sources worldwide, the share of conventional facilities burning organic fuels remains high. One approach to address this problem is to look for solutions to reduce energy consumption. There are various research projects in the area of energy efficiency that lead to diverse results—such as models, methodologies, new data and theories. On the other hand, induction motor drives are becoming a major consumer of electric power because of their wide range of applications. In this paper, after careful selection and systematization of 151 literature sources, an extensive study and criteria analysis of the existing state of affairs in the area of energy efficiency improvement of induction motor drives has been carried out. Five major and 48 minor research areas in this field have been identified. The results show that issues related to the adaptation of scientific results and the conditions for their effective and wide-ranging application in practice have not been discussed and investigated so far. Adaptation should take into account the possibilities of data acquisition, including data from measurements; the competences of energy managers; and the type of information provided to them. Based on the seven conclusions formulated below, summary recommendations are made to direct future research towards the justification of models for increasing the power efficiency of induction drives, adapted for use by energy managers.

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Section: Improvement Of Induction Motor Drivesmentioning

confidence: 99%

Energy Efficiency of Induction Motor Drives: State of the Art, Analysis and Recommendations

Dinolova,

Ruseva,

Dinolov

2023

Energies

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“…Gambar 5. Blade (mata pisau) e. V belt Sabuk V-belt di atas berfungsi untuk menghubungkan tenaga dari motor ke alat melalui roda pulley (Sever et al, 2017). Antara pulli pada motor penggerak ke pulli poros penggerak penepung kulit manggis digunakan jenis V-belt type A belt 31cm.…”

Section: Parameter Dan Cara Pengukuranunclassified

Analisis Performansi Mesin Penepung Kulit Manggis Tipe Vertikal

Ningsih

Suwati

Ridho

2021

Protech

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Penelitian ini bertujuan untuk mengetahui mekanisme kerja mesin penepung kulit buah manggis tipe vertikal, untuk mengetahui kapasitas produksi hasil analisis performansi mesin penepung kulit buah manggis tipe vertikal, untuk mengetahui kebutuhan daya listrik dan untuk mengetahui efisiensi mesin hasil analisis performansi mesin penepung kulit buah manggis tipe vertikal. Metode yang digunakan dalam penelitian ini adalah metode Eksperimental dengan melakukan pecobaan di Lab Bengkel Pertanian. Rancangan yang digunakan adalah Rancangan Acak Lengkap yang terdiri atas 3 perlakuan dengan menggunakan mesin penepung kulit buah manggis tipe vertikal dengan variasi beban yaitu, P1 = 50 gram, P2 =100 gram, P3 = 150 gram dengan menggunakan Putaran 1400 rpm. Masing-masing perlakuan diulang 3 kali ulangan sehingga mendapatkan 9 unit percobaan.data hasil penelitian dianalisis menggunakan variasi beban (table Anova) pada taraf 5 % dan apabila ada perlakuan yang berpengaruh secara nyata maka dilakukan uji lanjut dengan menggunakan Uji Beda Nyata (BNJ) pada taraf nyata 5 %. Hasil Analisis dan penelitian menunjukan bahwa mekanisme kerja mesin menggunakan motor listrik sebagai penggerak, kapasitas penepungan kulit manggis paling tinggi pada P3 yaitu 177.80 gram/detik dan yang paling rendah pada P1 80.82 gram/detik, Penggunaan kebutuhan daya listrik paling tinggi pada P3 0.17 watt dan penggunaan daya listrik terendah P1 yaitu 0.09 watt dan Efisiensi mesin pada P1, P2 dan P3 sama yaitu sebesar 53.33 %.

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