Peer-reviewed work spanning photovoltaic control, EV charging, battery management, and IoT-based energy systems.
01
PV SystemSliding ModeMPPT
Nonlinear Sliding Mode Controller for Grid-Connected Photovoltaic System
A nonlinear sliding mode controller for a single-stage grid-connected PV system with a novel nonlinear sliding surface ensuring maximum power extraction with unity power factor. The proposed controller demonstrates better performance than existing controllers in terms of power extraction and robustness under uncertainties.
02
PV ModellingGrey WolfNewton-Raphson
Three-Diode PV Model Parameter Estimation via Enhanced GWO Algorithm
A unique method for estimating three-diode PV model parameters using an enhanced Newton–Raphson method combined with selective opposition-based grey wolf optimisation with variable weights, achieving superior convergence speed, robustness, and accuracy over state-of-the-art methods.
03
EV ChargingSolarBidirectional
Solar-Grid EV Charging Station Using Bidirectional Converters
A scheme for futuristic EV charging stations integrating solar panels and power grid using bidirectional converters. The system optimally manages charging and discharging from both sources using various power converters, algorithms, and control techniques for highly populated scenarios.
04
IoTEnergy EfficientGreenhouse
IoT-Based Energy-Efficient Greenhouse Climate Control
An IoT-based system for remote monitoring and energy-efficient control of greenhouse climate factors including temperature, humidity, light intensity, and CO2. Speed-controlled induction motors in fans/ventilators are varied per greenhouse parameters, minimising energy consumption with remote monitoring capability.
05
PV-BatteryBMSSliding Mode
Robust Nonlinear Control for PV-Battery Hybrid System with BMS
Mathematical modelling and nonlinear sliding mode controllers for a PV-battery hybrid system ensuring maximum power extraction, battery management control, and load regulation. Controllers optimised across battery charging/discharging modes using SoC thresholds, validated through simulation and experimental results.
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Ongoing research in power electronics, renewable energy, and smart grid systems
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