What I Work On?

My work focuses on control, power electronics, and optimization of grid-integrated renewable energy systems, with emphasis on power plant control and real-world implementation.

Power Plant Control (PPC) & Grid Compliance

Work on control strategies for utility-scale renewable plants to meet grid code requirements
Validate functionalities such as:
- Active Power Control
- Frequency Control (FSM, LFSM)
- Reactive Power & Voltage Control (Q(U), PF, voltage regulation)
Support multi-country grid compliance and certification activities
Experience with industrial control platforms (Allen Bradley PLC, Bachmann CCU)

Renewable Energy System Sizing & Energy Dispatch

Perform optimal sizing of solar PV, wind, and battery systems using HOMER Pro/Grid
Focus on cost optimization (NPC, COE) and system performance
Design PV systems including yield estimation, system configuration, and performance analysis (PVSyst)
Develop and analyze energy dispatch strategies for hybrid systems
Focus on load matching, peak shaving, and efficient battery utilization

Battery Energy Storage Systems (BESS)

Model and analyze battery storage systems for:
- Grid support
- Frequency regulation
- Hybrid and standalone systems
Study battery sizing, constraints, and operational behavior

Power Electronics & Converter Design

Design and analyze DC–DC converters (buck, boost, SEPIC, Ćuk, bidirectional converters)
Develop control strategies including voltage-mode and current-mode control
Perform small-signal modeling and loop compensation for converter stability
Experience in hardware prototyping and validation of power electronic systems

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