The company's core identity as an electrical and automation engineering firm underpins both the CSP tracking systems in MOSAIC and the grid control elements in RESPONSE.
SOCIETE D'INGENIERIE DE REALISATIONS ELECTRIQUES ET D'AUTOMATIS_MES
French electrical engineering and automation SME with applied expertise in concentrated solar power systems and smart urban energy district integration.
Their core work
Sirea is a French SME specializing in electrical engineering and industrial automation, based in Castres. In EU-funded research, they have contributed implementation-level engineering expertise to two distinct energy challenges: precision control systems for concentrated solar power installations, and automated energy management for smart urban districts. Their company name — "engineering of electrical implementations and automation" — signals their core value proposition: translating research concepts into working electrical and automated systems. They sit at the intersection of energy technology and control engineering, making them a practical execution partner in research consortia that need deployable technical solutions.
What they specialise in
In MOSAIC (2016–2021), Sirea contributed to a modular spherical-concentrator solar configuration using parallel kinematics tracking — a precision electromechanical challenge.
In RESPONSE (2020–2026), Sirea is part of an integrated solution for positive energy and resilient cities, covering RES optimisation, grid flexibility, and decarbonisation.
RESPONSE specifically targets coal regions in transition, requiring both technical and systems-integration capabilities that align with Sirea's applied engineering profile.
How they've shifted over time
Sirea's earliest H2020 work (MOSAIC, 2016) was tightly focused on hardware-level solar technology — spherical concentrators, fixed solar fields, and parallel kinematics tracking, all pointing to precision electromechanical engineering at the component level. By 2020, their second project (RESPONSE) had moved entirely away from CSP hardware toward system-level urban energy architecture: positive energy districts, grid flexibility, decarbonisation, and climate resilience. This is a meaningful shift from one specific technology (CSP) to a broader systems-integration role in the energy transition.
Sirea is moving from niche CSP component engineering toward the larger and faster-growing market of integrated urban energy systems, making them increasingly relevant to positive energy district and smart city consortia.
How they like to work
Sirea has participated exclusively as a consortium partner — never as coordinator — across both projects. Yet their 71 unique partners across just 2 projects reflects consistent involvement in large, ambitious consortia (averaging ~35 partners each). This pattern suggests they are brought in for specific technical contributions rather than project leadership, and that multiple consortium builders have found their automation and electrical engineering profile worth including.
Sirea has accumulated 71 unique consortium partners across 15 countries from just two projects — an unusually broad network for an SME of this size, reflecting the scale of the consortia they joined. Their reach is pan-European, extending well beyond France.
What sets them apart
Sirea is a private engineering company, not a university or research lab — a distinction that matters to consortia needing a partner who can translate research outputs into real deployable systems. Their track record spans two very different application areas (solar concentration hardware and urban energy districts), which signals adaptable technical engineering rather than single-domain research. For consortium builders in the energy sector, they offer the credibility of a practitioner SME with demonstrated EU project experience.
Highlights from their portfolio
- MOSAICA technically distinctive CSP project involving a modular spherical concentrator with parallel kinematics tracking — an uncommon combination of optics and precision electromechanical control that signals advanced engineering capability.
- RESPONSEA large-scale, long-duration project (2020–2026) targeting positive energy districts and coal region transition, covering decarbonisation, grid flexibility, and urban resilience across multiple European cities.