Vol 7 Issue 2 April 2019-June 2019

Abstract: In this paper monobike RYNO made by Portland based engineer chriss hoffmman has been reviewd with some advancements that can be used on basic level to construct the monobike. With regards to self-adjusting individual transportation gadgets, it's resemble the Solo wheel, Honda U3-X, Uno and Segway could all be in for a little challenge. Portland, Oregon based RYNO Motors is as of now during the time spent propelling its own entrance in the cool-little-electric-vehicles race, which it properly calls the RYNO. It has only one wheel. Of nothing else, that component will get riders took note. In contrast to a portion of its potential rivals, the RYNO is expected to replace a cruiser. With a top speed of 25 mph and a scope of up to 30 miles, it's expected for short separation, low speed side trips, conceivably notwithstanding being ridden among people on foot. The RYNO has a lithium phosphate battery that is said to revive in only 90 minutes. The heaviness of RYNO is 160 Lbs and the conveying limit is upto 250 Lbs. It's diverting sweep ranges from zero to three feet (0.9 meters), and it can oversee tendency up to 30 percent. It's auto balance framework will as a matter of first importance gives cautioning to the client, and afterward incidentally assume responsibility for machine. RYNO Motors is presently during the time spent hand building 50 restricted version pre-generation bicycles.

Keywords: Monowheel,  RYNO, Lbs, lithium phosphate battery.

Title: REVIEW OF RYNO MONOBIKE

Author: Shatakshi Singh, Dr. A. S. Yadav

International Journal of Electrical and Electronics Research  

ISSN 2348-6988 (online)

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Abstract: In recent years, there is a clear growth and development in the field of automation both in industry and residential areas. The rates of products of industries have considerably increased leading to increase the needing of more employment or new techniques. Product sorting process plays an important role as these industries cannot afford any human errors for sorting products. Therefore, it becomes necessary to develop a system that could sort these products with higher accuracy and with minimum human interference. The use of image processing to automatically sort objects based on their colors is an interesting area of research. In this, products would be sorted according to the colors using an accurate and high level technique. So, this project focused in a highly automated system which uses Raspberry pi 3 and it is interfaced with camera module to detecting the, Arduino Uno which interfaced with Ultrasonic sensors to tracking the products and then sorts them using PLC system.

Keywords: Raspberry pi 3, PLC system, Conveyor belt, Arduino Uno, CD drives.

Title: Image Processing Based Automatic Color Object Sorting Using PLC System

Author: RajaaAl Hinai, Abdelhamied farh, Sulaiman Al hasani

International Journal of Electrical and Electronics Research  

ISSN 2348-6988 (online)

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Abstract: This article reports the design and numerical analysis of a metal-insulator-metal plasmonic directional coupler. The directional coupler design can be used in the concept of the Step impedance resonators (SIRs); thus only one design is needed for dual-band action in both of the optical bands. Therefore, the structure development in the improved architectures pertaining to filtering as well as multiplexing devices are necessary for end of these kind of specifications without reducing the dimensions of the subsystems. The proposed coupler can be used in both optical bands 1299-nm (O) & 1629-nm (L). The directional coupler design works very well in the improvement of photonic integrated circuits (PICs) and also it can be mixed with existing silicon based photonic circuits.

Keywords: Plasmonics, MIM, Directional coupler, Step impedance resonators, PICs.

Title: Concurrent Dual Band Nanoplasmonic MIM Slot Waveguide Based Directional Coupler

Author: Ravi Kiran Chityala, Vinay Kumar Chandubatla

International Journal of Electrical and Electronics Research  

ISSN 2348-6988 (online)

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Abstract: The use of voltage source inverters (VSI) in grid integration of photovoltaic (PV) systems with Multi Megawatt have been research extensively and always be priority despite of the drawbacks of short lifespan of dc-link capacitor and inherent buck features. With regard to that, researchers continue to find feasible alternative topologies that may offer promising capabilities as in VSIs. Current source inverter (CSI) is one of the competitive options since it has inherent voltage boosting capability and continuous dc input current. These features are important requirements in PV application. This, study on the option of using VSI system to supply the ac grid with the required controlled active and reactive powers. The presented control strategy uses number of feedbacks loops to enable fast and accurate tracking of the desired set-points with minimum overshoot. The selection of feedback control variables are discussed using stability analysis. The proposed control strategy is verified by MATLAB/SIMULINK platform.

Keywords: PV, INVERTER, GRID, MATLAB, CSI, VSI.

Title: GRID INTERFACING OF PHOTOVOLTAIC VOLTAGE SOURCE INVERTER

Author: Mr. Dhaval Gohil, Prof.Yashvi Parmar, Prof.Hiren Sidhpuria

International Journal of Electrical and Electronics Research  

ISSN 2348-6988 (online)

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Abstract: This paper present the SMC (Sliding Mode Control) With Proportional-Integral (PI) controller which is used for DSTATCOM for improving current induced power quality issues. The advantages of using SMC for regulating the DC link voltage of DSTATCOM are reduction in number of sensors for estimating reference currents and the stability of DC link voltage during transient condition. The use of PI controller for terminal voltage gives the error free voltage regulation in steady state conditions. The voltage regulation feature of DSTATCOM offers various advantages such as single point voltage operations with the reactive power compensation, harmonic currents mitigation, and stable DC link voltage. The SMC algorithm is successfully implemented on a DSTATCOM employed with three phase loads. The performance of the proposed control algorithm is found satisfactory for voltage regulation and mitigation of power quality problems like reactive power compensation, harmonics elimination under nonlinear/linear loads. These schemes are simulated under MATLAB using SIMULINK and Sim Power System (SPS) toolboxes. Simulation and experimental results demonstrate the performance of these schemes for the control of DSTATCOM.

Keywords: DSTATCOM (Distribution Static Compensator), control algorithm, power quality, Reactive power compensation, power control.

Title: SMC Control Algorithm Based DSTATCOM for Power Quality Improvement

Author: Abhay P. Bhavsar, Darshan Vora, Ankitsingh Basera

International Journal of Electrical and Electronics Research  

ISSN 2348-6988 (online)

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Abstract: Energy meter or watt-hour meter or is an electrical instrument that measures the amount of electrical energy used by the consumers. Utilities is one of the electrical departments, which install these instruments at every place like homes, industries, organizations, commercial buildings to charge for the electricity consumption by loads such as lights, fans, refrigerator and other home appliances. In our system we allow the electricity department to read the meter readings monthly without a person visiting each house. It utilizes the features of embedded systems and IoT (Internet of Things) to implement the desired functionality. We have also interfaced power tripping system which will trip the power in case of over voltage or fire detection and also when there are dues in the electricity bills. We also monitor the usage online every day and using analytics we compare the usage and take necessary steps to overcome heavy usage of electricity and to implement the bill payment method. Thus, we provide both client as well as customer side benefits as a solution to the electricity department. This project is suitable for all the types of energy meters, digital or analog and also provides flexible conversion between Post-paid and Pre-paid. It is also inbuilt with temperature sensors to notify the fire accidents to the relevant departments and to shut down the power automatically in such cases.

Keywords: Internet of Things, Electricity Meter Reading, Power Supply Management, Electricity Bill Generation.

Title: DESIGN AND IMPLEMENTATION OF IOT BASED ELECTRICITY METERING SYSTEM

Author: Dr. G. P. Ramesh, Ranjudha, Ajay Krishnan S M, Manoj Kumar M, Gangaraju Kumar, Bharath N

International Journal of Electrical and Electronics Research  

ISSN 2348-6988 (online)

Research Publish Journals