Designing of centralized nonlinear robust controller for islanding and grid connected mode of AC/DC Microgrid and to provide robust control against impedance variation caused by connected Variable Renewable Energy’s (VREs) resources and dynamic AC, DC loads. The real-time application of the proposed hybrid AC/DC Microgrid system tested by design hardware-In-Loop (HIL) to ensure for the commercial application.

Design of new topology and controllers for integration of renewable energy resources to grid connected system by eliminating PV converter to guarantee steady power flow and service continuity.

Development of Elman based Feedforward Back Propagation Neural Network and its implementation on raspberry pi for tracking of maximum power point of grid connected PV system and to regulate current in the inverter..

Formulation of dynamic, real-time optimal power economics dispatch, load forecasting and scenario-based optimization for electric power systems consisting both conventional and intermittent sources such as Photovoltaic (PV) and wind using Stochastic Model Predictive Control.

Mathematical modelling and Hardware-In-Loop (HIL) testing of Stochastic energy management control of microgrid with electric vehicles and renewable energy resources for tall buildings.

Mathematical modelling and Hardware-In-Loop (HIL) testing of Stochastic energy management control of microgrid with electric vehicles and renewable energy resources for tall buildings.

Multi objective Optimization strategy is developed for solving unbalance voltage problems in unbalanced distribution networks by integrating Electric vehicles into microgrid and implemented using MATLAB and OpenDSS.

Mathematical modelling of Economic feasibility check algorithm for hybrid microgrids and then it’s testing with hybrid optimization of multiple energy resources (HOMER) software.

Modelling and implementation of Four Switch Buck/Boost Converter to Handle Bidirectional Power Flow in DC Sub grid with non-linear controllers on LAUNCHXL-F28379D microcontroller.

With the integration of active and passive filters to decrease the network harmonics caused by intermittent sources in an AC-DC micro-grid architecture.

Distribution network power flow analysis and fault detection mechanism designed for a housing society electrical network.

Design of smooth transition topology from islanded to grid connected mode and vice versa for a Distributive generation network in a transmission grid network.

Fuzzy logic and neural network based Artificial Intelligent (AI) controller for grid connected distribution network.

Square root Unscented Kalman Filter Based algorithm for islanded detection in a Micro grid architecture with multiple distributive generations.

Fault detection and fault clearance topology design for a High Voltage DC transmission line.

Square Root Unscented Kalman Filter based design of Phaser Measurement Unit for load flow analysis of distribution network.

PV and Battery storage system sizing and power flow management for a large community with commercial and residential loads.