SciTransfer
Organization

ACT SISTEMAS SL

Spanish PV systems integrator specializing in thin-film photovoltaics, building-integrated solar, and power electronics for EU research consortia.

Engineering firmenergyESNo active H2020 projectsThin data (2/5)
H2020 projects
4
As coordinator
0
Total EC funding
€241K
Unique partners
85
What they do

Their core work

ACT Sistemas is a Sevilla-based engineering company specializing in photovoltaic systems integration, power electronics, and energy data management. They provide technical services across the PV value chain — from conventional crystalline silicon and flexible CIGS modules to advanced building-integrated photovoltaics (BIPV) using kesterite thin-film technologies. Their recurring role as a third-party contributor in EU projects suggests they offer specialized testing, system integration, or field deployment capabilities that larger consortia contract in for specific technical tasks.

Core expertise

What they specialise in

Photovoltaic systems integrationprimary
4 projects

Present across all four H2020 projects spanning c-Si modules, flexible CIGS, thin-film kesterite, and BIPV applications.

Building-integrated photovoltaics (BIPV/PIPV)emerging
1 project

CUSTOM-ART project (2020-2024) focuses on kesterite-based BIPV for architectural applications using flexible and semi-transparent formats.

Power electronics and energy systemssecondary
2 projects

SUPER PV involved power electronics and data management; SDN-microSENSE focused on electrical power and energy systems for microgrids.

Critical raw materials substitution in PVsecondary
1 project

STARCELL project (their only funded participation) targeted substitution of critical raw materials in photovoltaics with earth-abundant alternatives.

Evolution & trajectory

How they've shifted over time

Early focus
Conventional PV and power electronics
Recent focus
Building-integrated thin-film PV

ACT Sistemas began with conventional PV technologies — crystalline silicon modules, flexible CIGS, and associated power electronics (SUPER PV, 2018). Their focus then shifted toward advanced thin-film materials, particularly kesterite-based technologies using earth-abundant elements, and building-integrated applications like semi-transparent and flexible PV for architectural use (CUSTOM-ART, 2020). This trajectory shows a clear move from mainstream PV system work toward next-generation, application-specific photovoltaic integration.

ACT Sistemas is moving toward architectural photovoltaics and sustainable thin-film materials, positioning them for the growing BIPV market in construction and urban energy.

Collaboration profile

How they like to work

Role: third_party_expertReach: European23 countries collaborated

ACT Sistemas operates predominantly as a third-party contributor (3 of 4 projects), meaning they are brought in by consortium partners for specific technical services rather than being a core consortium member. They have never coordinated a project. Despite their supporting role, they connect to a surprisingly broad network of 85 partners across 23 countries, indicating they are a trusted service provider that multiple consortia call upon for PV-related expertise.

Connected to 85 unique partners across 23 countries — a wide European network built through their third-party contributions to diverse PV and energy consortia. Their reach extends well beyond Spain, though their involvement depth per project is limited by their third-party status.

Why partner with them

What sets them apart

ACT Sistemas occupies a specific niche as a PV systems integrator that bridges research-stage thin-film technologies and real-world deployment. Their presence across projects covering everything from raw materials (kesterite, earth-abundant elements) to end applications (BIPV for buildings, microgrid energy systems) suggests they bring practical engineering and integration capabilities that research-heavy consortia need but lack internally. For anyone developing advanced PV materials who needs a partner to handle system-level integration and testing in southern European conditions, ACT Sistemas is a relevant candidate.

Notable projects

Highlights from their portfolio

  • STARCELL
    Their only direct-participation project with EUR 241,375 in funding, focused on replacing critical raw materials in PV — a strategically important EU priority.
  • CUSTOM-ART
    Most recent and forward-looking project (2020-2024), applying kesterite thin-film PV to architectural applications including flexible and semi-transparent formats.
  • SDN-microSENSE
    Extends their profile beyond pure PV into microgrid resilience and energy system security — a cross-sector capability differentiator.
Cross-sector capabilities
Manufacturing — PV module fabrication and materials processingSecurity — microgrid resilience and electrical infrastructure protectionEnvironment — sustainable materials and earth-abundant element sourcing
Analysis note: Low confidence due to limited direct participation (only 1 funded project; 3 as third party with no funding data). No website available for verification. The third-party role provides limited visibility into their actual capabilities — they may be a larger company with broader services than what H2020 data reveals, or a small specialized outfit. Profile is based entirely on project topics and keywords.