Saraswati 2.0 (2019–2024) specifically tasked IIT Bhubaneswar with affordability, planning, regulations, and social acceptance dimensions of decentralized systems.
INDIAN INSTITUTE OF TECHNOLOGY BHUBANESWAR
Indian IIT contributing renewable energy microgrid engineering and environmental policy analysis to EU-India research consortia.
Their core work
IIT Bhubaneswar is a premier Indian technical university (part of the nationally elite IIT system) with research activity spanning sustainable energy systems and environmental engineering. Their H2020 participation reveals two complementary capabilities: socio-economic and policy analysis of decentralized resource systems in developing-country contexts, and applied engineering on renewable energy microgrids for communities. As an Indian academic partner in EU consortia, they contribute local knowledge on energy access challenges, affordability constraints, and regulatory environments that European-only teams cannot replicate. This dual grounding in policy analysis and technical energy systems makes them a practical bridge between EU research agendas and real-world deployment conditions in South Asia.
What they specialise in
RE-EMPOWERED (2021–2024) focused on multi-energy carrier integration and microgrid design for European and Indian communities.
Saraswati 2.0 explicitly targets identifying best available technologies for decentralized wastewater treatment and resource recovery.
RE-EMPOWERED keywords include multi-energy carrier integration alongside microgrids, indicating entry into cross-vector energy systems research.
How they've shifted over time
IIT Bhubaneswar's initial H2020 engagement (Saraswati 2.0, 2019) was firmly in the socio-economic and governance space — affordability, institutional aspects, planning, regulations, and social acceptance — suggesting they began as an analytical partner assessing feasibility and community readiness for decentralized infrastructure. By 2021 with RE-EMPOWERED, the keyword profile shifted decisively toward technical energy engineering: microgrids, energy islands, and multi-energy carrier integration. This trajectory from policy/social analysis toward applied renewable energy engineering reflects a deliberate broadening of their EU research portfolio.
IIT Bhubaneswar is moving from socio-economic advisory roles into applied engineering on decentralized renewable energy systems, which aligns with India's national clean energy expansion and suggests growing technical capacity for future energy-focused EU consortia.
How they like to work
IIT Bhubaneswar has not led any H2020 project, entering consortia either as a full participant or as an international (third-country) partner — a pattern typical for non-EU institutions where formal EU funding flows to European partners. Despite only two projects, they have engaged with 29 distinct partners across 12 countries, confirming participation in large, geographically diverse consortia rather than small bilateral arrangements. For EU project builders, they function as a credible non-European node that adds geographic scope, India-specific deployment knowledge, and regulatory context for projects with global ambitions.
With 29 unique consortium partners across 12 countries from just two projects, IIT Bhubaneswar participates in unusually broad, multinational consortia for their project volume. Their Indian IIT affiliation gives them institutional credibility as a gateway to the South Asian academic and technical ecosystem, which is increasingly sought by EU Horizon projects targeting global impact.
What sets them apart
IIT Bhubaneswar is one of the few IIT-system institutions with verified H2020 consortium experience, making them a credible and accessible Indian academic partner for EU-funded projects. They occupy an uncommon dual position — policy/social science grounding alongside technical energy systems engineering — which is valuable for projects requiring both feasibility assessment and deployment-level design. Consortia targeting EU-India collaboration, energy access for underserved communities, or solutions that must scale beyond Europe will find IIT Bhubaneswar a practically relevant partner rather than a symbolic one.
Highlights from their portfolio
- Saraswati 2.0Rare combination of water treatment technology identification and socio-economic/regulatory analysis across developing-country contexts, spanning a full five-year horizon from 2019 to 2024.
- RE-EMPOWEREDExplicitly EU-India renewable energy project targeting community empowerment through microgrids and energy islands, demonstrating cross-continental relevance and IIT Bhubaneswar's role as an Indian anchor institution.