RE-EMPOWERED and SUSTENANCE both focus on multi-energy carrier integration, energy islands, microgrids, and demand response control systems.
INDIAN INSTITUTE OF TECHNOLOGY DELHI
Premier Indian engineering university contributing energy systems, environmental remediation, and bio-based materials expertise to EU-India research consortia.
Their core work
IIT Delhi is one of India's premier engineering and technology universities, contributing to EU-funded projects primarily as an international knowledge partner in energy systems and environmental remediation. Their H2020 involvement focuses on sustainable energy integration — microgrids, multi-energy systems, and carbon-neutral community design — as well as phytoremediation of contaminated lands and advanced bio-based materials. They bring deep expertise in computational modeling, materials science, and energy system optimization to European consortia seeking non-EU research perspectives.
What they specialise in
GOLD project targets lignocellulosic energy crops on contaminated lands, combining decontamination with biofuel production.
NEUROMETA explores natural fibre-based neuroactive mechanical metamaterials using artificial neural networks — their only directly funded project (EUR 42,332).
PAVITRA GANGA addresses wastewater treatment and resource recovery for urban and peri-urban settings.
Both SUSTENANCE and RE-EMPOWERED target carbon-neutral and renewable energy systems for communities in Europe and India.
How they've shifted over time
IIT Delhi's H2020 engagement began in 2019 with environmental remediation (wastewater treatment in PAVITRA GANGA), then broadened in 2021 into energy systems, bioenergy, and advanced materials. The shift from environmental cleanup toward integrated energy systems — microgrids, demand response, and carbon-neutral communities — reflects a growing focus on energy transition technologies. Their most recent project (NEUROMETA, running to 2026) signals a move into bio-inspired materials with AI-driven design, which is a distinct departure from their energy-focused work.
IIT Delhi is expanding from environmental and energy engineering toward AI-driven materials science, suggesting future collaborations may blend computational methods with sustainable materials and energy systems.
How they like to work
IIT Delhi has never coordinated an H2020 project — they join as a participant or international (third-party) partner, providing research expertise from outside Europe. With 68 unique consortium partners across 16 countries from just 5 projects, they consistently work in large, geographically diverse consortia. This pattern indicates they are valued as a non-EU knowledge contributor who adds international credibility and complementary research capacity to proposals.
Despite only 5 projects, IIT Delhi has collaborated with 68 unique partners across 16 countries, indicating participation in large multi-national consortia. Their network spans Europe broadly, with strong India-EU bridging capabilities in energy and environment sectors.
What sets them apart
As a top-tier Indian engineering university, IIT Delhi offers European consortia a credible international partner with deep bench strength in energy systems, environmental engineering, and materials science. Their dual role in EU-India energy cooperation projects (RE-EMPOWERED, SUSTENANCE) makes them a natural bridge for consortia requiring India-specific deployment or validation contexts. For proposals needing a non-EU partner with strong fundamentals in computational modeling and engineering, IIT Delhi is a proven and well-connected choice.
Highlights from their portfolio
- NEUROMETATheir only directly funded project (EUR 42,332) under a prestigious ERC Advanced Grant, combining natural fibres with artificial neural networks for mechanical metamaterials — a highly interdisciplinary topic.
- SUSTENANCEEU-India collaboration on carbon-neutral energy communities, integrating multi-energy vectors and demand response — directly relevant to the global energy transition.
- GOLDBridges phytoremediation with biofuel production, combining environmental cleanup of contaminated lands with low-ILUC bioenergy crops — a compelling dual-purpose approach.