Analisa Pengaruh Massa Flywheel Terhadap Daya Luaran

Abstract

Flywheel adalah sebuah piringan yang karena beratnya dapat menahan perubahan kecepatan yang drastis sehingga gerak putar poros menjadi lebih halus. Mencari pengaruh massa flywheel seberapa besar momen pada flywheel terhadap daya yang dihasilkan pada alat free energy. Akibat tingginya tingkat pemakaian dan penggunaan listrik saat ini, berapa suflay hasil energi yang diberikan per-KWH, Rata-rata DMP listrik Sumut sekitar 2200 MW dengan beban puncak 1.950 MW, sehingga PLN Sumbagut punya cadangan daya sekitar 10 persen. Namun begitu, pemadaman listrik masih tetap saja kerap kali dilakukan walaupun hanya sebentar. Pemadaman ini dikeluhkan pelanggan karena terjadi pada saat-saat kritis seperti malam hari, atau ketika banyak warga melakukan aktivitas sehari-hari. The flywheel is a disc which, because of its weight, can withstand drastic changes in speed so that the rotating motion of the shaft becomes smoother. Looking for the effect of the flywheel mass on how much moment on the flywheel on the power produced by the free energy device. Due to the high level of current consumption and use of electricity, how much energy yields per-KWH, the average DMP for electricity in North Sumatra is around 2200 MW with a peak load of 1,950 MW, so PLN Sumbagut has a power reserve of about 10 percent. However, power cuts are still often carried out even if only briefly. Customers complained about these blackouts because they occurred at critical times such as at night, or when many residents were doing their daily activities.