Notice Board :

Call for Paper
Vol. 2 Issue 6

Submission Start Date:
June 01, 2021

Acceptence Notification Start:
June 10, 2021

Submission End:
June 25, 2021

Final MenuScript Due:
June 30, 2021

Publication Date:
June 30, 2021
                         Notice Board: Call for PaperVol. 2 Issue 6      Submission Start Date: June 01, 2021      Acceptence Notification Start: June 10, 2021      Submission End: June 25, 2021      Final MenuScript Due: June 30, 2021      Publication Date: June 30, 2021




Volume II Issue VI

Author Name
Chandan Kumar, Alka Thakur
Year Of Publication
2021
Volume and Issue
Volume 2 Issue 6
Abstract
IoT Used Solar Powered Wireless Charging Stations for Electric Vehicle As more countries are moving towards pollution free traffic, EVs are gaining more popularity across the globe. As the number of EVs increases, EV charging infrastructure will be also a basic need. A system with IoT will definitely streamline the performance of EV charging and looks the impacts. This method is helpful for transportation systems, and V2G systems. This proposed system will improve the city planning and makes the city life easy. With IoT we can easily manage the whole V2G system which will definitely saves time and money. This work is to make a smart application to connect with the grid and to know the different tariff rates of the grid. The tariff rates will have both the rate for power delivery to the grid and tariff rate for taking power from the grid. If the user is having the car battery fully charged, he can deliver some power to the grid and can earn some money. SoC is measured using the ARM Mbed
PaperID
2021/IJEASM/2/2021/1644

Author Name
Sushma Suman, Alka Thakur
Year Of Publication
2021
Volume and Issue
Volume 2 Issue 6
Abstract
This paper presents a multi-objective control scheme based on the dynamic model of three-level, neutral-point-clamped voltage source inverter for integration of distributed generation (DG) resources based on renewable energy resources to the distribution grid. The proposed model has been derived from the abc/αβ and αβ/dq transformation of the AC system variables. The proposed control technique generates the compensation current references and by setting appropriate references of DG control loop, the DG link not only provides active and reactive currents in fundamental frequency, but also it can supply nonlinear load harmonic currents with a fast dynamic response and mathematical analysis have achieved a reduced total harmonic distortion, increased power factor, inject maximum power of renewable energy resources via a multilevel converter as an interface to the AC grid. It also compensated the active and reactive powers of linear and nonlinear loads. The analyses and simulation results
PaperID
2021/IJEASM/2/2021/1645

Author Name
Lata kumawat, Kalyani Tiwari
Year Of Publication
2021
Volume and Issue
Volume 2 Issue 6
Abstract
One of the most challenging task in real time environment weather prediction. Understanding the various factor that influence weather is as much as important knowing the specific methodology on how to perform the weather forecasting prediction .The weather forecasting is the use of science and technology to predict the condition of the weather for a given area. It is one of the most difficult issues the world. The main way we can forecast the weather include looking at current weather conditions tracing the motion of air and cloud in the sky finding previous weather pattern that resemble current ones ,examining changes in air pressure. This project aims to estimate the weather by utilizing predictive analysis. it is identify to the relationship utmost necessary among different attributes used in the dataset. These datasets can be obtained from various accessible databases and information repositories. We needed for the reason analysis for the data mining procedure before apply. This pa
PaperID
2021/IJEASM/2/2021/1646

Author Name
Manish Umesh Thool, Alka Thakur
Year Of Publication
2021
Volume and Issue
Volume 2 Issue 6
Abstract
Largely, every APF system comprises of 3 parts: the passive components, the power converter, and the control structure. A noteworthy amount of research has been dedicated to this project in the proposal of H-bridge two-leg power inverter to diminish the system charge and volumetric dimensions. Based on these specifics, this chapter offering an innovative four-switch two- leg VSI topology for 3- Φ APF system. The furthermost significant representative of the novel topology is to diminish the number of switches with augment harmonic extenuation capability and delivers full reactive power compensation as equated to the conventional APF topologies. Feature step by step design process, control structure and mathematical modeling of both the filters (APF and PFs model) confirm its feasibility, predominantly for the grid-connected applications
PaperID
2021/IJEASM/2/2021/1648