Projects

Helioenergia participates in the MIRIA project, which aims to develop safe coatings for everyday surfaces. Helioenergia, as one of the 15 partners involved in the project, will take care of development and production works.

Marketing activities of Helioenergia sp. z o.o. focused on the Helio brand received support under the GO TO BRAND program. Thanks to the support, extensive communication about the company’s products on the international arena is planned. The Helio brand will be presented at numerous industry and specialist events dedicated to potential recipients of the company’s products.

Project name: Promotion of the Helio product brand on international markets through the promotion of the Polish Economy Brand Measure under sub-measure 3.3.3: Support for SMEs in the promotion of product brands – GO TO BRAND.

POIR.03.03.03-24-0027/18
Project value: 1 172 805,00 PLN
Eligible costs: 953 500,00 PLN
Co-funding: 810 475,00 PLN

Helioenergia sp. z o.o. implements the project “Autonomous public transport stop with a built-in dynamic passenger information system”. The aim of the project is to develop a technology for the production of an autonomous public transport stop with a built-in dynamic passenger information system. The product under study takes into account a high degree of utility in terms of energy self-sufficiency (based on high efficiency of the designed photovoltaic modules, energy-saving components and a system responsible for energy management), full audio-visual passenger information, increased security and adaptation to the needs of people with disabilities.

The project is implemented as part of the Regional Operational Program of the Śląskie Voivodeship for the years 2014-2020.

Project: RPSL.01.02.00-24-06BE/16-00.
​Title: „Autonomous public transport stop with a built-in dynamic passenger information system”
Project value: 5 496 036,42 PLN
European funds contribution: 3 693 845,40 PLN

Helioenergia  is implementing the project “Development of a composite for the production of functional coatings with antiviral properties with the addition of ultra-fine copper particles, copper oxides, silver and titanium oxides on the surfaces of sanitary fittings.”

POIR.01.01.01-00-1189/20
Project value: 4 538 668,75 PLN
Co-funding: 3 920 793,75 PLN

Helioenergia sp. z o.o. implements the project “New generation thermal conductive materials for applications in electronics”. These materials will be based on a graphene-nanosilver composition. Thanks to this, they will have unique heat conduction properties. High-performance materials will enable electronics manufacturers to further miniaturize based on the ability to reduce contact between the device and the refrigeration element. The project is carried out under the INNOCHEM program.

Project: POIR.01.02.00-00-0009/16
Title: „New generation thermal conductive materials for applications in electronics”
Project value: 5 577 728,00 PLN
European funds contribution: 4 127 515,20 PLN

Helioenergia sp. z o.o. implemented a project which subject was to develop a technology for the production of pastes based on nanosilver on a demonstration scale – SilverCon paste. The basic element of the Project was the technology of conductive pastes based on silver nanopowder, which in its type fits into the area of ​​nanotechnology.

The project implemented as part of the pilot project – support for scientific research and development work on the demonstration scale of “Demonstrator+” entitled “Pastes based on silver nanopowders for applications in electronics and power engineering”.

The project “Development of a composite for the production of conductive layers on power contact elements using the thermal silver plating method with the addition of ultra-fine copper particles, copper oxide or silver-coated copper particles” is implemented as part of the competition of the National Center for Research and Development for financing projects under Measure 4.1 “Research and development works”.

Project: POIR.04.01.04-00-0093/18-00
Project value: 4 658 957,00 PLN
Co-financing: 4 136 757,00 PLN

“Development of a technology for the production of a new type of thermoelectric modules for the conversion of low-parameter waste heat into electricity”

Project value: 9 826 050,00 PLN
European funds contribution: 9 326 865,00 PLN