MiniStor (2019–2025) directly targets minimal-footprint residential thermal storage using thermochemical and PCM technologies.
SGS TECNOS SA
Madrid engineering firm specialising in energy storage testing and digital building energy performance certification for European innovation consortia.
Their core work
SGS TECNOS SA is a Madrid-based private engineering and technical services company that operates at the intersection of energy systems testing and building performance assessment. In H2020 projects, they have contributed specialist expertise in characterizing and validating compact energy storage systems — covering both thermochemical materials and phase-change materials — as well as developing methodology for next-generation digital Energy Performance Certificates. Their work translates physical energy technology and building data into assessable, certifiable outputs: they bring the kind of applied engineering rigour that turns research prototypes into measurable performance indicators. They participate as a focused technical partner in large European consortia rather than driving project coordination themselves.
What they specialise in
D²EPC (2020–2023) focuses on dynamic, next-generation EPCs incorporating smart readiness indicators and operational rating methodologies.
D²EPC lists BIM, GIS, and building digital twin as explicit keywords, indicating hands-on contribution to digital building tools.
D²EPC explicitly includes LCA and LCC indicators in its keyword set, pointing to whole-life environmental and cost performance assessment.
MiniStor combines thermal and electrical storage in a single residential-scale system, suggesting cross-domain storage expertise.
How they've shifted over time
SGS TECNOS entered H2020 in 2019 working at the material and hardware level — thermochemical compounds, phase-change materials, and compact electrical storage units for residential installation (MiniStor). By 2020, their second project shifted the focus almost entirely to digital building tools and policy-facing methodologies: dynamic EPCs, BIM integration, GIS, smart monitoring systems, and LCA/LCC indicators (D²EPC). The two-project arc suggests a move from physical energy system testing toward digital building performance assessment and certification, though with so few projects it is impossible to confirm this as a deliberate strategic direction rather than project availability.
SGS TECNOS appears to be moving from hardware-level energy storage testing toward digital building performance assessment tools, positioning them as a potential partner for projects linking building renovation, smart readiness, and data-driven energy certification.
How they like to work
SGS TECNOS has never held a coordinator role in H2020 — both projects show them as consortium participants. Across just two projects they engaged with 32 partners in 14 countries, which means they are comfortable operating inside large, multi-national innovation consortia. This pattern suggests they contribute well-scoped technical deliverables — testing, assessment, validation, methodology — rather than taking on project management or administrative leadership.
Despite only two H2020 projects, SGS TECNOS has connected with 32 distinct partners across 14 countries, indicating they joined genuinely large consortia rather than narrow bilateral efforts. Their network spans both the building renovation and energy storage research communities across Europe.
What sets them apart
SGS TECNOS occupies an unusual space that spans energy storage technology and digital building performance assessment — two domains that rarely sit inside the same private company. Their private-sector, non-SME status suggests they bring industry-grade validation and assessment credentials to otherwise research-heavy consortia, which is valuable for Innovation Actions that need to demonstrate real-world applicability. For consortium builders targeting the EU building renovation wave or residential energy storage, they represent a Spanish engineering voice capable of connecting material-level performance data with certifiable building-scale outputs.
Highlights from their portfolio
- MiniStorA six-year Innovation Action (2019–2025) combining thermochemical and electrical storage in one compact residential unit — unusually long duration and rare dual-storage scope for a residential-scale project.
- D^2EPCDirectly targets the modernization of EU Energy Performance Certificates through digital twins, BIM, and smart monitoring, giving it strong policy relevance to the European Green Deal building renovation agenda.