Application of Four Quadrant Inverter for Mine Hoister

Rong Chen; Ying Bo Chen; Jian Xiong Chen

doi:10.4028/www.scientific.net/AMM.713-715.1230

Paper Titles

Resource Allocation Scheme for Device-to-Device Communications Underlaying Cellular Networks to Maximize Overall Throughput
p.1208

A Distributed Interference Alignment Algorithm for Device-to-Device Communications with Multiple Antennas Underlaying Cellular Networks
p.1216

Reconditioning Equalizer Filter for Non-Constant Envelop Signals
p.1222

The Ship Strong Electromagnetic Environment and its Improvement
p.1226

Application of Four Quadrant Inverter for Mine Hoister
p.1230

A Study of the Structure Optimization of Silicon-Based Solar Cells
p.1234

DOA Estimation for Uniform Linear Array with Compressive Sensing
p.1239

Optimization Model of the Cross Intersection Signal Timing Based on the Simulation
p.1244

Analysis on Estimation of PM2.5 Emissions on Coal-Fired Generating Unit
p.1248

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 713-715Application of Four Quadrant Inverter for Mine...

Application of Four Quadrant Inverter for Mine Hoister

Abstract:

Four quadrant inverter used for mine consists of SEOHO[1] inverter of South Korean and explosion-proof cabinet and a series of hardwares and softwares (be in conformity with safety standards of mine). Applied in coal mine machines, making reasonable braking by using the principle of energy feedback. It can meet the special requirements of the mine lifting equipment, and providing the energy feedback to grid so as to strengthen braking effect and so on. In addition, SEOHO inverter of the South Korean has a special active-front-end (AFE), AFE rectifier unit/feedback [2] derive sine wave AC from the grid, generating DC voltage output by rectification, and maintaining the required voltage value. Every harmonic wave is deleted by filter circuit. Meanwhile, the huge economic benefits and energy-saving profits have been gained when the four quadrant inverter is used.