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This paper presents a wearable bionic Kinect device for blinds that helps visually challenging persons to move freely without any external assistance. This wearable consists of Kinect sensor, NUC (Next Unit of Computing) board and haptic feedback. Kinect sensor is used to get color data by RGB (Red Green Blue) camera and depth data by infrared projector which emits coded pattern received by receiver...
Self excited induction generators (SEIGs) are being increasingly called in service for renewable energy applications. They are incapable of generating reactive power and hence their reactive power is invariably supplied by capacitors connected across their magnetizing circuit. Therefore, the foremost design constraint of SEIGs is the evaluation of optimum excitation capacitance which fulfills their...
Wind and mini/micro hydro electric generation systems are gaining popularity due to their self sustaining attributes. The Self Excited Induction Generators (SEIGs) are most viable generating machines for such applications due to certain merits of these machines. However, in-spite of carrying excellent fault tolerant and rugged construction, their biggest drawback is an inherently poor voltage regulation...
This paper presents a simple and effective method for the voltage control of a three phase self excited induction generator (SEIG). The paper is divided into two sections; first section deals with modeling of self compensated SEIG. In the second section a detailed performance analysis of SEIG without and with compensation is carried out. Each of the two models is subjected to different operating conditions...
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