SciTransfer
Organization

CIDETE INGENIEROS SOCIEDAD LIMITADA

Spanish engineering SME specializing in thermoelectric systems, waste heat energy harvesting, and RF power electronics packaging and scale-up.

Technology SMEenergyESSMEThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
€1.8M
Unique partners
22
What they do

Their core work

CIDETE is a Spanish engineering SME specializing in thermal management systems, thermoelectric devices, and energy harvesting technologies. They design and develop components related to Peltier/Joule-effect thermal control, RF power electronics packaging, and waste heat recovery using nanofluidic channels. Their practical contribution to EU projects lies in prototyping and engineering thermal and electronic subsystems — bridging the gap between laboratory concepts and industrially viable products.

Core expertise

What they specialise in

Thermoelectric and thermal management systemsprimary
2 projects

JOSPEL focused on Joule/Peltier-effect passenger comfort systems; TRANSLATE targets waste heat recovery via nanofluidic channels.

RF power electronics and packagingsecondary
1 project

SMARTEC involved pilot line production of transceiver modules with GaN-based high-power RF MEMS components.

Energy harvesting from waste heatemerging
1 project

TRANSLATE (2021-2025) explores nanofluidic channel technology for converting temperature gradients into electrical energy.

Pilot line and manufacturing scale-upsecondary
1 project

SMARTEC explicitly targets large-scale production and pilot line development for smart RF power applications.

Evolution & trajectory

How they've shifted over time

Early focus
Vehicle thermal comfort systems
Recent focus
Energy harvesting and RF electronics

CIDETE began with vehicle thermal comfort systems (JOSPEL, 2015-2018), working on Peltier cells, thermal insulation, and PMMA materials for electric vehicle cabin heating. By 2019, they pivoted toward high-power RF electronics manufacturing (SMARTEC) and then into fundamental energy harvesting research via nanofluidics (TRANSLATE, 2021). The trajectory shows a clear shift from applied automotive thermal engineering toward deeper involvement in energy conversion at the nanoscale and advanced electronics production.

CIDETE is moving from conventional thermal engineering toward frontier energy harvesting and advanced electronics manufacturing, signaling interest in next-generation energy conversion technologies.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European13 countries collaborated

CIDETE always participates as a consortium partner, never as coordinator, suggesting they contribute specialized engineering expertise rather than leading project management. Across just 3 projects they have worked with 22 unique partners in 13 countries, indicating they integrate well into diverse international consortia rather than relying on a fixed set of collaborators. This makes them a flexible, low-friction partner for new consortia.

Despite only 3 projects, CIDETE has built a remarkably broad network of 22 partners across 13 countries, spanning Western and Southern Europe. This wide reach relative to their project count suggests they are well-connected and adaptable to different consortium configurations.

Why partner with them

What sets them apart

CIDETE combines hands-on engineering capability in thermal systems with growing expertise in energy harvesting and electronics packaging — an unusual mix for a small SME. Based in the Canary Islands, they bring Spanish SME status (favorable for consortium composition) along with genuine technical depth in thermoelectric devices and manufacturing scale-up. Their ability to work across both fundamental research (RIA) and innovation actions (IA) makes them versatile contributors who can handle both early-stage R&D and closer-to-market development.

Notable projects

Highlights from their portfolio

  • SMARTEC
    Largest funding (EUR 807,625) and focused on pilot line production — their most industry-oriented project involving GaN-based RF power modules at manufacturing scale.
  • TRANSLATE
    Represents a significant shift into frontier research on nanofluidic energy harvesting, combining electrochemistry with nanoscale engineering for waste heat recovery.
Cross-sector capabilities
transport — thermal comfort for electric vehiclesmanufacturing — pilot line scale-up and electronics packagingdigital — RF transceiver and MMIC module engineering
Analysis note: Profile is based on only 3 projects with no coordinator roles, limiting depth of analysis. The keyword-based evolution is suggestive but could reflect consortium-driven topic selection rather than core company strategy. Website verification recommended to confirm in-house capabilities versus consortium contributions.