Cycloconverter Drives in Mining Applications: A Typical Industrial System Is Analyzed and the Impact of Harmonic Filtering Considered PROJECT TITLE :Cycloconverter Drives in Mining Applications: A Typical Industrial System Is Analyzed and the Impact of Harmonic Filtering ConsideredABSTRACT:The trend toward increased throughput on trendy mining comes is driving grinding mill sizes to bigger levels than ever before. The drives needed to power these mills exceed the ability capable of being delivered through ring-geared systems [1]. An alternate answer has been the appliance of wraparound (gearless) drives fed from cycloconverter adjustable speed systems. However, the harmonics generated from the cycloconverters provide unique problems, particularly if not properly filtered. This article takes a take a look at the special nature of cycloconverter drives and their application on massive copper concentrators. It additionally considers the special necessities of harmonic filtering that these drives introduce and the issues associated with unfiltered power factor correction (PFC) to neighboring facilities. A typical industrial system is analyzed, and therefore the impact of harmonic filtering is considered. This article discusses IEEE Normal 519 [2] and its inability to adequately address the issue of interharmonics and, consequently, the need for acceptable guidelines. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Big Data and Privacy: Emerging Issues An architecture and algorithm for context-aware resource allocation for digital teaching platforms