Advanced AC-DC Hybrid Research

Pioneering resilient energy systems for communities and campuses

We design, build, and validate AC-DC hybrid microgrids that unlock reliable, low-carbon power through real-time simulation, hardware-in-the-loop testing, and field pilots.

Explore our research portfolio

Vision & Mission

Our vision is to develop AC-DC microgrids that operate seamlessly in islanded and grid-connected modes, strengthening energy resiliency for communities while contributing to a carbon-neutral future.

Vision

  • Operate hybrid AC-DC distribution networks in both islanded and grid-connected modes with seamless transfer.
  • Improve resiliency, safety and energy efficiency for critical infrastructure and remote communities.
  • Support India’s clean-energy transition through dependable microgrid architectures.

Mission

  • Integrate local renewable generation, storage and intelligent control to deliver reliable power.
  • Develop cyber-physical testbeds that close the gap between theory and field deployment.
  • Translate research outcomes into deployable solutions via strong industry collaborations.

Educational Objectives

  • Offer experiential learning through hardware-in-the-loop and power-hardware-in-the-loop experiments.
  • Mentor students via interdisciplinary projects, workshops and internships.
  • Design curricula that embed sustainability, resilience and digitalisation in power systems education.
Read about our research priorities

We focus on uncertainty modelling, robust planning, renewable integration, demand response, distribution automation and the socio-technical impacts of smart grids. Explore the full narrative on our About page, including the Hindi identity of the lab – आधृत प्रयोगशाला – celebrating inclusivity at IIT Jammu.

Research Highlights

Our interdisciplinary research spans real-time simulation, energy storage systems, contingency analysis and advanced microgrid control techniques.

Digital simulator lines representing AC-DC microgrid studies
Model-in-the-loop and power-hardware-in-the-loop experiments for campus-scale microgrids.

Real-Time Simulation

We leverage Real Time Digital Simulators and communication co-simulation to study the interplay between data layers and distributed energy resources.

  • RTDS
  • IEC-61850
  • HIL/PHIL
Battery racks connected to bidirectional converters
Hybrid battery energy storage validating converter control algorithms.

Battery Storage

Our team validates grid-connected converters using lithium-ion and flow batteries to understand charging behaviour and improve system performance.

  • Energy Storage
  • Converter Control
  • Resilience
Grid operators analysing contingency maps
Decision-support dashboards for resilient distribution system operations.

Contingency Analysis

We develop methodologies to rank critical components under renewable-rich scenarios and support system operators in decision-making.

  • Reliability
  • Data Analytics
  • Resilient Grids
Want the full picture? Our Research page documents every funded project, consultancy and lab infrastructure capability powering these highlights.

Global Partnerships

AADHRIT Lab collaborates with leading institutions across India and around the globe including Howard University (USA), IIT Guwahati, Loughborough University (UK), Luleå University (Sweden) and many more.

Discover the full list of collaborators on our Collaborations page.

Upcoming & Past Events

We regularly host workshops, training programs and conferences to disseminate research and foster knowledge sharing.

High-End Workshop

Hands-on training on the Advanced AC-DC Hybrid Distribution System, featuring expert lectures and laboratory sessions.

Learn More

VRITIKA Program

Training and skill internship on cyber-physical solutions to improve power prediction and grid integration of large-scale solar PVs.

Learn More