Both DRIVEMODE and REFLECTIVE address modular powertrain architectures, from early SiC inverter and high-speed motor work to full modular EV platform design.
S.C.I.R.E. CONSORZIO
Italian research consortium specialising in modular EV drivetrains, SiC power electronics, and integrated light electric vehicle platform development.
Their core work
S.C.I.R.E. CONSORZIO is a Naples-based Italian research consortium specialising in electric and hybrid vehicle systems, with technical expertise spanning drivetrain architecture, power electronics, and vehicle safety. In its H2020 work, it has contributed to the engineering of modular distributed drivetrains — integrating high-speed motors, SiC-based inverters, and mass-manufacturable powertrain components for electrified road vehicles. More recently, the consortium has broadened its scope toward full vehicle integration, covering conductive and wireless charging systems, advanced driver-assistance features, structural and active safety, and reconfigurable interior architectures for light electric vehicles. Their work sits at the intersection of applied electrical engineering and automotive system integration, with a strong orientation toward production-readiness.
What they specialise in
DRIVEMODE explicitly targets SiC inverter integration within a distributed drive system for electric/hybrid vehicles.
REFLECTIVE includes both conductive and wireless charging as core technical components of the reconfigurable light EV platform.
REFLECTIVE incorporates ADAS, active safety, and structural safety as integrated vehicle features, signalling an expansion beyond pure drivetrain work.
REFLECTIVE specifically targets reconfigurable interiors as part of its light electric vehicle concept, pointing to vehicle-level design competence.
How they've shifted over time
In its earlier H2020 work (2017–2021), SCIRE focused tightly on the core electromechanical stack of EV drivetrains — distributed drive topology, high-speed motors, SiC semiconductor inverters, and mass manufacturing feasibility. By the 2021–2024 period, the organisation had shifted toward a whole-vehicle systems perspective, adding wireless and conductive charging, driver assistance, vehicle safety, and even interior reconfigurability to its technical scope. This trajectory suggests a deliberate move from component-level powertrain expertise toward integrated electric vehicle platform development.
SCIRE is moving from specialist drivetrain contributor toward a broader electric vehicle systems integrator, making them increasingly relevant for full-vehicle EV projects that need expertise across powertrain, charging, safety, and vehicle architecture.
How they like to work
SCIRE has participated exclusively as a consortium partner across both H2020 projects — never as coordinator — which positions them as a technical contributor rather than a project driver. With 16 unique partners across 9 countries in just two projects, they appear comfortable operating within medium-to-large international consortia. This broad partner spread suggests they are brought in for specific technical contributions rather than being a recurring institutional ally to the same partners.
SCIRE has built a network of 16 consortium partners across 9 countries through only two projects, indicating broad European exposure relative to their project volume. No country concentration data is available, but the geographic spread suggests active engagement with pan-European automotive and transport research networks.
What sets them apart
SCIRE occupies a specific niche as an Italian research consortium with hands-on expertise in production-oriented EV powertrain systems — not purely academic, but engineering-grounded and attuned to manufacturability. Based in Naples, they bring a Southern Italian research voice into Northern European-dominated automotive consortia, which can be valuable for geographic balance in Horizon projects. Their combination of deep drivetrain electronics knowledge and growing whole-vehicle integration capability makes them a compact but technically credible partner for EV platform projects.
Highlights from their portfolio
- REFLECTIVEThe larger of the two projects (€412,838 EC funding, 2021–2024), REFLECTIVE is notable for its breadth — combining modular powertrain, dual-mode charging, ADAS, active safety, and reconfigurable interiors into a single light EV platform concept.
- DRIVEMODESCIRE's first H2020 engagement, focused on SiC inverter and high-speed motor integration within a distributed drivetrain — technically specific work that established their power electronics credentials.