SciTransfer
Organization

FENIX TNT SRO

Czech SME specializing in energy-efficient building envelopes, prefabricated insulation systems, and smart nZEB technologies for retrofit and new construction.

Technology SMEenergyCZSME
H2020 projects
13
As coordinator
0
Total EC funding
€2.4M
Unique partners
157
What they do

Their core work

FENIX TNT is a Czech construction technology SME based in Brno that develops and tests energy-efficient building components — insulation systems, prefabricated façade elements, and thermal energy storage solutions. They serve as a demonstration and validation partner in EU projects, bringing real-world construction expertise to test new materials and envelope systems in building retrofits. Their work spans from low-CO2 concrete binders and recycled construction waste prefabrication to smart building operating systems and modular renewable energy integration for near-zero energy buildings (nZEB).

Core expertise

What they specialise in

Energy-efficient building envelopes and façadesprimary
8 projects

Core focus across E2VENT, EENSULATE, POWERSKIN PLUS, PLURAL, RE4, VEEP, and ECO-Binder — all targeting insulation, prefabricated façade systems, and thermal performance of building shells.

Prefabricated and modular construction componentsprimary
5 projects

ECO-Binder, RE4, VEEP, POWERSKIN PLUS, and PLURAL all involve prefabricated or modular building elements, including recycled CDW materials and off-site manufacturing.

Thermal energy storage and renewable integrationsecondary
3 projects

CREATE focused on compact thermal energy storage, SCORES on hybrid storage for self-consumption of renewables, and POWERSKIN PLUS on integrated storage and photovoltaics in façades.

Sustainable and low-CO2 concrete/binder systemssecondary
3 projects

ECO-Binder developed low-CO2 insulating concrete, EnDurCrete worked on durable concrete with industrial by-products, and FISSAC addressed industrial symbiosis in resource-intensive construction.

Smart building systems and IoTemerging
2 projects

domOS develops an operating system for smart building services with IoT and demand-side management; PLURAL integrates IT-based predictive monitoring and adaptive control.

Evolution & trajectory

How they've shifted over time

Early focus
Low-CO2 construction materials
Recent focus
Smart nZEB envelope systems

In 2015–2017, FENIX TNT focused on construction materials innovation — low-CO2 cement binders, recycled construction waste, indoor air quality, and embodied energy reduction in concrete prefabrication (ECO-Binder, FISSAC, RE4, VEEP). From 2018 onward, their work shifted decisively toward integrated building performance: near-zero energy buildings (nZEB), modular renewable energy systems, vacuum insulation panels, smart grid connectivity, and IoT-based building management (POWERSKIN PLUS, domOS, PLURAL). The trajectory shows a company moving from building materials toward complete smart building envelope systems that combine insulation, energy generation, storage, and digital control.

FENIX TNT is evolving from a materials-testing partner toward integrated smart building envelope solutions, combining physical insulation with digital monitoring and renewable energy — making them increasingly relevant for nZEB and deep renovation projects.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European25 countries collaborated

FENIX TNT operates exclusively as a consortium participant — they have never coordinated a project, which is typical for a specialized SME contributing technical validation and demonstration capacity. With 157 unique partners across 25 countries over 13 projects, they work in large consortia and maintain a very broad network rather than repeating with the same partners. This breadth suggests they are valued as reliable, sector-specific contributors that larger consortia seek out for construction technology testing and validation.

Remarkably broad network for an SME: 157 unique partners across 25 countries, built through consistent participation in large building-energy consortia. Their geographic reach spans most of the EU, with no visible concentration in a single region beyond their Czech base.

Why partner with them

What sets them apart

FENIX TNT occupies a specific niche as a Czech SME that bridges construction materials and smart energy systems — they can test and validate everything from novel concrete binders to IoT-enabled façade modules. Their 13-project track record in building envelopes and energy efficiency gives them an unusually deep portfolio for an SME, making them a credible and experienced partner for any consortium working on building renovation or nZEB technologies. For coordinators building a consortium, they bring hands-on construction technology experience without the overhead of a large company or the theoretical focus of a university.

Notable projects

Highlights from their portfolio

  • POWERSKIN PLUS
    Their largest-funded project (EUR 251,510) and a synthesis of their expertise — integrating insulation, photovoltaics, thermal storage, and vacuum insulation panels into modular non-residential building façades.
  • CREATE
    Highest single-project funding (EUR 260,250) focused on compact retrofit thermal energy storage — representing their deepest investment in thermal storage technology.
  • domOS
    Marks their strategic pivot into smart building operating systems with IoT, smart grid integration, and demand-side management — a departure from their traditional materials focus.
Cross-sector capabilities
Construction and building materialsManufacturing of prefabricated componentsCircular economy and industrial waste recyclingIoT and smart building digital systems
Analysis note: Strong profile supported by 13 projects with clear thematic consistency. Keywords are missing for several mid-period projects (E2VENT, FISSAC, CREATE, EENSULATE, THERMOSS, RE4, VEEP, SCORES, EnDurCrete), so expertise mapping relies partly on project titles and descriptions. The company website could confirm their commercial product lines beyond EU project participation.