About Event

Renewable energy systems are becoming more popular for electricity generation
since they are clean and can fulfill the power requirement at the local level. They
reduce the congestions in the power grid and also reduce the burden in hydro and
thermal based power plants. Globally, about 20% penetration of renewable energy
based distributed generation in electricity generation is considered necessary in
the coming decade. The intermittent nature of renewable energy sources results in
systems of slowing dynamics, nonlinearities, and power quality problems etc. For
past couple of decades, power quality issues have become increasingly important
in the grid connected renewable energy systems especially due to their
intermittent nature in addition to the widespread use of non-linear electronic
equipments. With the advent of power electronic converters with robust control
techniques, renewable energy systems can get massively interconnected with the
grid for power feeding or used as an isolated system in remote locations. The use
of more efficient control strategies would not only enhance the performance of
these systems, but also improve the power quality in generation, distribution, and
utilization at load end of the supply systems.

Event is supported by E & ICT Academy, National Institute of Technology, Warangal.
Sponsored by Ministry of Electronics and Information Technology (MeitY), GOI

Workshops

Overview of renewable power generation systems and their control.
Maximum power point tracking of wind & PV system
Grid integration of renewable energy system including power quality and
reactive power control.
Hybrid energy systems (wind & PV) with BESS and control
Grid synchronization techniques for grid-connected power converters
Design, control and application of Custom Power Devices off and on gridsystem.
Control and management of energy storage systems (e.g., batteries, super
capacitors).
Renewable‐based off‐Grid/Grid‐Interactive systems and their control.
Control of Induction generators and PMS generators and design.
dSPACE Introduction and Hardware-In-Loop (HIL) Simulation.
PV Simulator demo and MPPT Technique.
Hardware demonstration on 1 kW grid-tied solar photovoltaic system.

Who Can Attend:

EEE

Related Links:

Two Weeks online Faculty Development Programme on Power Electronics applications in Renewable Power Generation Systems 2021 Indian Institute of Information Technology Design and Manufacturing IIITDM Kancheepuram Chennai Tamil Nadu May 2021 Workshops Workshops in Chennai 2021 Workshops in Tami