QI ENERGY ASSESSMENT SL

Their core work

QI Energy Assessment is a Madrid-based SME specializing in energy assessment and engineering services across clean energy domains. Their project portfolio shows hands-on technical work in wind farm control optimization, CO2 capture materials and processes, and electric vehicle charging infrastructure. They appear to function as a technical assessment and engineering consultancy that evaluates, tests, and validates energy technologies within larger European consortia.

What they specialise in

How they've shifted over time

QI Energy began with wind energy control systems (CL-Windcon, 2016) and then moved into industrial decarbonization through CO2 capture materials and processes (CARMOF, 2018). Their most recent project (INCIT-EV, 2020) marks a shift toward electric mobility and charging infrastructure. The trajectory shows a consistent broadening from renewable generation toward decarbonization and clean transport — following the EU Green Deal priorities.

QI Energy is moving from pure renewable energy toward electrification and decarbonization applications, suggesting future involvement in e-mobility, green hydrogen, or industrial emissions reduction.

How they like to work

QI Energy operates exclusively as a consortium participant — they have never coordinated an H2020 project. With 83 unique partners across 13 countries from just 3 projects, they join large, well-funded consortia (averaging 28+ partners per project). This suggests they are a specialized contributor brought in for targeted technical assessment work rather than a project driver.

Despite only three projects, QI Energy has built a broad network of 83 partners across 13 countries, indicating participation in large pan-European consortia. Their base in Spain positions them well within Southern European energy research networks.

What sets them apart

QI Energy's distinguishing feature is their cross-domain energy assessment capability — few SMEs can credibly contribute to wind energy, CO2 capture materials, and EV charging within a single portfolio. Their assessment and evaluation focus means they can bridge the gap between technology developers and real-world performance validation. For consortium builders, they offer a flexible, SME-sized partner that brings energy system evaluation expertise without competing with core technology developers.

Highlights from their portfolio

• CARMOF
  Largest funding share (EUR 167K) and technically ambitious — combining metal-organic frameworks, carbon nanotubes, 3D printing, and membrane technology for CO2 capture.
• INCIT-EV
  Most recent project addressing the fast-growing EV charging sector, including wireless power transfer and smart charging — signals the company's future direction.