Load Balancing by feeder reconfiguration in Distribution System

In most of the technical papers existing descriptions for distribution network reconfiguration assume that the distribution
system is (three-phase) balanced and a single-phase equivalent is used. In contrast, distribution feeders and transformers are usually
unbalanced due to a large number of single-phase loads, unsymmetrical conductor spacing, and three phase line topology. In this
paper described, load balancing of over loaded feeders and transformers can be achieved by shifting excess loads to adjacent
transformer or feeder which is lightly loaded. An excellent method can include defining an objective function as a sum of squares of
the load deviation of transformers or feeders. The minimization of this objective function determines the optimal operating states
(open or closed) of sectionalizing switches. This redistribution of loads among transformers and feeders makes the system more
balanced and risk of overloading is reduced and thereby increasing the reliability of the system. The next steps will be implementation
of this algorithm in practical to assess the performance of this method.

Comparative Analysis of Monocrystalline and Polycrystalline PV Module using PV-Sol Software

Abstract:In present day scenario, generation of energy from non-renewable energy has become difficult due to the limited resource of non- renewable energy sources. Therefore researchers are doing research to generate energy from renewable sources in order to meet the energy demand using Solar Photovoltaic module [12].
Different most popular PV solar technologies like Mono crystalline silicon, poly crystalline silicon, amorphous silicon and thin film. The achievement of different type of PV solar technologies depends
on the enviromental parameters acting upon them. A proper comparison is developed among the mono-crystalline, polycrystalline has been done. PVSolonline software is used to study the characteristics between different types of PV solar
technologies. 

Performance Analysis of the Microgrid System for an Educational Institute by Using ETAP Software

Relay coordination analysis of an Educational Institute using ETAP software

Stability Analysis of IEEE- 9 Bus system

Harmonics Analysis of IEEE- 4 Bus system

ENERGY AUDIT AND CONSERVATION

The book consists of eight chapters contributed by Professors of the Center for Smart Infrastructures at Centurion University of Technology and Management, The major area of focus is electrical systems such as smart meter, smart grid, and Multilevel inverters, this also review project management through the network diagram and estimation for a construction project. This book also insights uses of composite materials green building in India

The book consists of eight chapters contributed by Professors of the Center for Smart Infrastructures at Centurion University of Technology and Management, The major area of focus is electrical systems such as smart meter, smart grid, and Multilevel inverters, this also review project management through the network diagram and estimation for a construction project. This book also insights uses of composite materials green building in India