ENSO INNOVATION SL

Their core work

ENSO Innovation is a Spanish SME based in A Coruña that works on sustainable materials and energy storage technologies. Their work spans electrochemical processing of biomass (specifically lignin conversion using flow reactors), critical raw materials recovery, and hybrid energy storage systems for electric vehicle charging. They bring applied engineering capabilities to EU research consortia focused on circular economy and clean energy transitions.

What they specialise in

How they've shifted over time

ENSO Innovation entered H2020 through green chemistry and biorefinery work — their earliest project (LIBERATE, 2018) focused on electrochemical processing of lignin using flow reactors. By 2021, their focus shifted decisively toward energy storage and electric mobility, with the HEROES project covering battery management systems, li-ion capacitors, and EV fast charging infrastructure. This trajectory suggests a move from upstream materials processing toward downstream energy applications.

ENSO is pivoting from green chemistry toward energy storage and electric mobility — expect future work in battery technologies and charging infrastructure.

How they like to work

ENSO Innovation has participated exclusively as a partner, never as coordinator, across all three projects. They work in moderately large consortia (38 unique partners across 12 countries), suggesting they contribute specialized technical capabilities rather than leading project design. Their consistent participant role and broad partner network indicate they are a reliable technical contributor sought out by different consortium builders.

ENSO has collaborated with 38 unique partners across 12 countries through just 3 projects, indicating they join diverse, internationally distributed consortia rather than working within a tight recurring network.

What sets them apart

ENSO bridges two domains that rarely overlap: electrochemical materials processing and energy storage systems. This dual competence in both upstream material science (lignin, activated carbon) and downstream energy applications (battery management, EV charging) makes them useful for projects that need to connect raw materials innovation with real-world energy deployment. For a Galician SME, their 12-country collaboration footprint is notably broad.

Highlights from their portfolio

• HEROES
  Their largest funded project (EUR 189K) and most commercially relevant — hybrid energy storage for EV fast charging addresses a rapidly growing market.
• LIBERATE
  Longest-running project (2018-2023) combining electrochemistry with biorefinery — an unusual technical intersection that defines their early identity.