About Us

about us

Pioneering Cutting-Edge Research in AC/DC Microgrids & Advanced Energy Systems

The ADMIRE Lab at IIT Roorkee, under the Department of Electrical Engineering, was envisioned by Dr. N. P. Padhy to address modern grid challenges following the 2012 India blackout. The lab focuses on advanced research in microgrids, smart grids, and renewable energy integration. Equipped with cutting-edge facilities, it collaborates with top institutions like MIT, WSU, DTU, and industrial leaders such as TATA Power and ABB.

ADMIRE Lab emphasizes energy management schemes, control loop stability, and virtual inertia for renewable integration. It pioneers innovations in wind energy systems, microgrid stability, and electric vehicle technologies, contributing to a greener, smarter energy future. .

Optimize – Smart Energy Management

Learn from Grid Performance Data

Resilient Energy Solutions & Support

Customer support services

our specialties

Advancing AC/DC microgrids and power electronics, we focus on high-efficiency energy conversion, smart grid integration, and cutting-edge research. Our expertise spans renewable energy systems, SiC/GaN-based power devices, and intelligent control algorithms, ensuring sustainable, resilient, and optimized power solutions for the future.

Innovative Energy Solutions

We develop state-of-the-art AC/DC microgrid technologies, integrating renewable energy sources, storage systems, and power converters to enhance efficiency and reliability.

High-Efficiency Power Conversion

Our expertise in advanced power electronics ensures highly efficient DC-DC and AC-DC converters, reducing losses and optimizing energy transfer for smart grids and industrial applications.

Reliable Grid Integration

We design robust control strategies and protection mechanisms for seamless integration of microgrids with conventional power systems, ensuring stability, resilience, and scalability.

Expert Research & Development

Backed by cutting-edge research, our lab pioneers advancements in SiC & GaN-based power devices, MPPT algorithms, and intelligent energy management for next-generation grids.

our specialties

our working process

At ADMIRE Lab, we specialize in AC/DC microgrids, advanced power electronics, and renewable energy systems. Our research focuses on enhancing energy efficiency, ensuring grid stability, and developing innovative solutions for sustainable power management, paving the way for a more reliable and scalable energy future.

Problem Analysis

At ADMIRE Lab, we analyze challenges in AC/DC microgrids and power electronics, focusing on grid stability, energy efficiency, and control optimization to develop innovative solutions. .

case study Simulation

At ADMIRE Lab, we use RTDS for real-time simulation of AC/DC microgrids and power electronics, enabling precise performance evaluation and control validation.

PHIL Deployment

At ADMIRE Lab, we utilize Power Hardware-in-the-Loop (PHIL) to bridge simulation and real-world testing in AC/DC microgrids and power electronics, ensuring efficient and reliable energy solutions.

Advancing Sustainable Energy Through AC/DC Microgrids & Power Electronics

We specialize in AC/DC microgrids, advanced power electronics, and smart energy solutions, focusing on efficient power conversion, grid stability, and renewable energy integration. Our research drives innovation in sustainable energy systems, ensuring reliability, scalability, and high-performance power management.

Journal Paper

International conference paper

Project

Scholars