SciTransfer
Organization

DEEP CONCEPT

French SME developing high-voltage solid-state protection components and power electronics for aircraft electrical systems.

Technology SMEtransportFRSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€301K
Unique partners
8
What they do

Their core work

DEEP CONCEPT is a French SME based in Pau that develops high-voltage power electronics components for aerospace and aviation applications. Their core technical work involves designing solid-state protection circuits — specifically Solid State Power Controllers (SSPCs) — which replace conventional mechanical circuit breakers in aircraft electrical networks with lighter, faster-switching, and more reliable electronic equivalents. Both of their H2020 projects sit inside the Clean Sky 2 program, the EU's flagship aeronautics research initiative, positioning DEEP CONCEPT firmly within the European aerospace supply chain as a specialist component developer. Their work directly serves the "more electric aircraft" trend, where growing onboard electrical loads demand smarter, lighter, and more compact power management solutions.

Core expertise

What they specialise in

High-voltage power electronics for aviationprimary
2 projects

Both PHiVe and H2LSPC address high-voltage electrical architectures in aircraft, with the former covering the technology base and the latter applying it to protection circuits.

Solid-state power controllers (SSPC)primary
1 project

H2LSPC is explicitly dedicated to developing a high-voltage, high-current lightweight solid-state protection circuit for avionic applications.

Lightweight avionics component designsecondary
1 project

The H2LSPC project title specifically calls out the lightweight requirement, indicating design-for-weight constraint expertise relevant to certified aircraft components.

Clean Sky 2 aerospace supply chain integrationsecondary
2 projects

Participation in two consecutive Clean Sky 2 calls (CS2-IA and RIA) demonstrates alignment with the European aerospace industry's technology roadmap and the qualification standards that come with it.

Evolution & trajectory

How they've shifted over time

Early focus
High-voltage power electronics
Recent focus
Avionic solid-state protection circuits

Both projects were launched within a year of each other (PHiVe in 2018, H2LSPC in 2019), so the timeline is short — but the direction is readable. PHiVe addressed high-voltage power electronics broadly, without a specific product focus, while H2LSPC zeroed in on a single, commercially meaningful product category: the SSPC for avionic applications. This suggests DEEP CONCEPT used early Clean Sky 2 participation to establish foundational technology competence, then moved toward a more targeted product development path. The keyword trail — empty on PHiVe, highly specific on H2LSPC — supports this reading: they went from technology exploration to application-specific component engineering.

DEEP CONCEPT is converging on SSPC product development for aircraft electrical systems — a segment that will expand significantly as aviation electrification progresses toward hybrid and fully electric propulsion architectures.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European4 countries collaborated

DEEP CONCEPT has only ever joined consortia as a participant, never as a coordinator, which is consistent with a specialist SME that contributes a specific technical component rather than managing a broad research program. Across two projects they worked with 8 distinct partners in 4 countries — a reasonable consortium size for Clean Sky 2 work, where OEMs and Tier-1 suppliers typically lead and invite specialist SMEs for specific workpackages. There is no evidence of repeated partnerships, suggesting their network is still forming rather than anchored around a fixed inner circle.

DEEP CONCEPT has connected with 8 unique partners across 4 countries, entirely through Clean Sky 2 consortia, which reflects the pan-European nature of the aerospace supply chain. Their geographic footprint is European but relatively shallow for a 2-project history — consistent with an early-stage participant still building its collaboration network.

Why partner with them

What sets them apart

DEEP CONCEPT occupies a narrow but increasingly valuable niche: high-voltage solid-state protection electronics for aircraft electrical systems. As modern aircraft shift from hydraulic and pneumatic systems to electrical architectures, SSPCs become critical infrastructure — and few SMEs combine the power electronics depth with the aerospace certification awareness that this market requires. Their direct Clean Sky 2 track record gives them verified credibility with European aerospace primes, which is a meaningful entry barrier for competitors trying to enter this space without that program history.

Notable projects

Highlights from their portfolio

  • PHiVe
    DEEP CONCEPT's entry point into Clean Sky 2, with the largest single funding award (EUR 172,375), establishing their foundational role in high-voltage power electronics for aviation.
  • H2LSPC
    The most technically specific project in their portfolio, targeting a commercially relevant product category — lightweight avionic SSPCs — that directly maps to the growing demand for electrical load management in next-generation aircraft.
Cross-sector capabilities
Defense and military electronics — high-voltage solid-state switching and protection circuits have direct dual-use relevance in military avionics and ground vehiclesElectric mobility — SSPC and high-voltage protection expertise transfers to EV battery management and power distribution systemsIndustrial power electronics — high-voltage switching components serve grid-edge equipment, motor drives, and industrial automation
Analysis note: Profile rests on only 2 projects, both in the same narrow domain, with keyword data available only for the second project. The technical direction is consistent and credible, but the small evidence base means the profile captures a snapshot rather than a proven long-term pattern. No website was available for supplementary context. Treat expertise claims as directionally sound but not exhaustive.