Project description
Basic information, goals and tasks of the EMC-LabNet project
Polska Sieć Laboratoriów EMC (EMC-LabNet) – The Polish Network of EMC Laboratories (EMC-LabNet) is a project implemented by a scientific and technological consortium established by five Polish scientific and research units with a leading position in the country in the field of scientific research, providing research services, conducting development work, consulting and training in various aspects electromagnetic compatibility (EMC).
The project includes the modernization and expansion of the research infrastructure of the EMC laboratories of each consortium member, taking into account their specific specialization in the field of electromagnetic compatibility testing of advanced devices and systems, including: military, aviation, maritime, telecommunications, ICT, power, general use and lightning protection devices and systems.
The main goal of the Consortium and the EMC-LabNet project is to complement and expand the research infrastructure of the consortium members and to create a consolidated, strategic and unique network of specialized EMC laboratories in the country and the European Union, constituting a complementary and key base for advanced scientific research, development work and certification tests, conducted to improve the functioning and competitiveness of the Polish economy, increase state security, protect the natural environment, people and technical equipment against electromagnetic radiation.
New and/or improved laboratory facilities of the EMC-LabNet network, including modern and innovative research set-ups, will enable independent or joint conduct of advanced experimental research, development work and the provision of comprehensive research and development services for external scientific and business entities in the field of electromagnetic compatibility and generation of high-energy surges (e.g. lightning currents, HPM, etc.).
Scientists and engineers from many different industries (e.g. communication and information technology, military, aviation, maritime, automotive, space technology, etc.) gained access to modern equipment, research stations and techniques, modern and comprehensive EMC tests for their innovative devices as well as possibility of testing the resistance of the applied protections (e.g. to lightning strokes or other electromagnetic disturbances).
devices and systems.
The EMC-LabNet project includes 23 investment tasks, including 21 tasks involving the construction of new research set-ups or the modernization and expansion of existing research set-ups, and 2 construction tasks including the expansion of the laboratory facilities of the Rzeszów University of Technology (expansion of the AL building) and the construction of a laboratory hall at the Research and Development Center Maritime Technology Center S.A.
The facilities and research stations built and/or modernized/expanded in the “Polish Network of EMC Laboratories (EMC-LabNet)” project are described in the RESEARCH INFRASTRUCTURE tab.
The EMC-LabNet project received funding in the amount of PLN 42,648,935.16 under Priority Axis 4.2 of the Smart Growth Operational Programme 2014-2020, co-financed by the European Regional Development Fund. The applicable co-financing agreement for the EMC-LabNet project (project no. POIR.04.02.00-02-A007/16-00, total project cost: PLN 68,641,812.27) was signed on July 31, 2018 between the Science and Technology Consortium “Polish Network of EMC Laboratories (EMC-LabNet)” represented by Wroclaw University of Science and Technology and the National Information Processing Institute – National Research Institute.
The project implementation covers the period from April 1, 2016 (actual August 1, 2018) to December 31, 2023.
Uniqueness
A unique consolidated technical and scientific facilities in the form of a network of electromagnetic compatibility laboratories with unique research equipment in the country
Comprehensive EMC testing
Comprehensive and advanced experimental research, development and research services, consulting and training in the field of electromagnetic compatibility
Modern Infrastructure
Modern laboratories with innovative research set-ups for the generation and measurement of electromagnetic disturbances, testing compliance with technical requirements and assessing the effectiveness of applied protections
Detailed project goals:
- Expansion of the electromagnetic compatibility (EMC) research infrastructure owned by consortium members, taking into account the specialization of individual units, in order to create a national complementary network of specialized EMC laboratories equipped with unique research equipment, enabling:
- conducting research and development activities for enterprises,
- examining the properties of innovative materials, devices and systems (e.g. consumer electronics and specialized telecommunications, ICT, aviation, military, marine) devices at the stage of their development,
- assessing compliance with requirements (e.g. European Union Directives and Standards, ISO, Det Norske Veritas - DNV, Polish Register of Shipping S.A., NATO, etc.),
- EMC certification of ready-made products
- generating electromagnetic disturbances (including simulating lightning discharges),
- assessment of the effectiveness of the developed safeguards protecting devices and systems against such phenomena, as well as against unintentional information leakage
- Consolidation and specialization of the units included in the consortium due to the specificity of the units (civilian and military), research infrastructure, knowledge and competences, directions of research, as well as additional external conditions, including the structure of industry in the region and geographical location,
- proper targeting of financial resources allocated in the country for the development of the unique EMC research infrastructure by avoiding duplication of equipment and dispersing funds on projects of a very similar, but very limited scope,
- consolidating the dominant position of consortium members among other scientific and research units and ensuring comparable conditions for conducting research as in similar units in Europe,
- expanding and strengthening international cooperation in the field of EMC research
Consortium members:
- Politechnika Wrocławska (PWr) - Wrocław University of Science and Technology (PWr) - Leader OBR Centrum Techniki Mariskiej S.A. (CTM)
- OBR Centrum Techniki Morskiej S.A. (CTM)
- Politechnika Białostocka - Białystok University of Technology (PB)
- Politechnika Rzeszowska - Rzeszów University of Technology (PRz)
- Wojskowa Akademia Techniczna - Military University of Technology (WAT)
Specializations of consortium members::
In terms of research, modeling and analysis of phenomena and properties of devices, systems, electrical and electronic installations and methods of their design and EMC protection, the division of specializations is as follows:
- Wrocław University of Science and Technology (Wrocław University of Science and Technology): telecommunications, radiocommunication, ICT, automotive, power engineering devices as well as consumer electronics and common use equipment (e.g. household appliances), machines, etc.,
- OBR Centrum Techniki Mariskiej S.A. (CTM): marine devices, including those intended for vessels and military maritime technology devices,
- Białystok University of Technology (PB): generation of lightning discharges and protection against these discharges,
- Rzeszów University of Technology (PRz): aircraft and aviation devices,
- Military University of Technology (WAT): military equipment and military technology.
Source and financing of the project::
Smart Growth Operational Program 2014-2020
Priority IV: INCREASING SCIENTIFIC AND RESEARCH POTENTIAL
Action 4.2: DEVELOPMENT OF MODERN RESEARCH INFRASTRUCTURE OF THE SCIENCE SECTOR
Intermediate Body: Information Processing Center – National Research Institute
Project no.: POIR.04.02.00-02-A007/16
Agreement No.: POIR.04.02.00-02-A007/16-00
Total cost of the project: PLN 68,641,812.27
Eligible costs: PLN 56,120,920.91
Funding: PLN 42,648,935.16
Ineligible costs: PLN 12,520,891.36
Project implementation period: 2016/04/01 – 2023/12/31
Financing by consortium member (amounts in PLN):
| Unit/voivodeship | Amount of eligible expenses and Amount of co-financing | Total amount of expenses (sum of eligible and non-eligible expenses) |
|---|---|---|
| Wrocław University of Science and Technology / province Lower Silesia | 17 615 113,69 | 21 408 320,62 |
| Ośrodek Badawczo-Rozwojowy Centrum Techniki Morskiej S.A. / Pomeranian Voivodeship (including PLN 10 million net own contribution) |
23 471 985,75 (including funding of 10 000 000,00) |
28 993 542,47 |
| Białystok University of Technology / province Podlaskie | 1 251 607,00 | 1 518 152,94 |
| Rzeszów University of Technology / province Podkarpackie | 6 489 934,46 | 7 876 530,67 |
| Military University of Technology / Masovian Voivodeship | 7 292 280,01 | 8 845 265,57 |
| TOTAL: | 56 120 920,91 (including funding of 42 648 935,16) | 68 641 812,27 |
- 2 zadania budowlane (rozbudowa budynku AL - zaplecza laboratoryjnego Politechniki Rzeszowskiej oraz budowę hali laboratoryjnej w Ośrodku Badawczo-Rozwojowy Centrum Techniki Morskiej S.A),
- budowa lub rozbudowa 21 stanowisk badawczych (dostawy aparatury).
- Politechnika Białostocka:
- Mobilne stanowisko badawcze do badania odporności na wyładowania piorunowe
- Politechnika Rzeszowska:
- Stanowisko do badania systemów antenowych instalowanych w statkach powietrznych oraz Zestaw stołów z certyfikatem ESD, Zestaw szaf do przechowywania aparatury
- Rozbudowa stanowiska do pomiaru odporności pokładowych systemów statków powietrznych zgodnie z wymaganiami RTCA-DO-160 sekcja 16 i 25 oraz Zestaw drewnianych stołów EMC, Zestaw szaf do przechowywania aparatury
- Rozbudowa stanowiska do pomiaru odporności pokładowych systemów statków powietrznych zgodnie z wymaganiami RTCA-DO-160 sekcja 22
- Zestaw aparatury do pomiaru emisji zaburzeń elektromagnetycznych
- Rozbudowa budynku AL Roboty i materiały budowalne
- Politechnika Wrocławska:
- Modernizacja i rozbudowa stanowiska badawczego do pomiaru emisji zaburzeń promieniowanych w komorze SAC
- Rozbudowa systemu teleinformatycznego laboratorium EMC PWr
- Rozbudowa stanowiska pomiaru zaburzeń przewodzonych oraz badania odporności na zaburzenia przewodzone
- Rozbudowa stanowiska do badania skuteczności redukcji promieniowania elektromagnetycznego
- Modernizacja i rozbudowa systemu do badania odporności w komorze bezodbiciowej SAC i komorze rewerberacyjnej RC
- Stanowisko do wyznaczania emisji zaburzeń promieniowanych na podstawie pomiarów w strefie pola bliskiego
- Modernizacja i rozbudowa stanowiska badawczego w komorze FAR o możliwość testowania urządzeń radiowych 5 generacji (5G) oraz rozwiązań radiowych dla Internetu rzeczy (Internet of Things)
- Wojskowa Akademia Techniczna:
- Stanowisko badawcze do badań zaburzeń przewodzonych ESD, BURST, SURGE, RF conducted
- Stanowiska do pomiarów TEMPEST
- Stanowisko do pomiaru odporności urządzeń na zaburzenia promieniowane o częstotliwości radiowej w zakresie od 2 MHz do 40 GHz
- Ośrodek Badawczo-Rozwojowy Centrum Techniki Morskiej S.A.
- Stanowisko do badania odporności urządzeń i systemów techniki morskiej na oddziaływanie pól elektromagnetycznych impulsowych wysokiej mocy
- Stanowisko do bezodbiciowego badania pól elektromagnetycznych od urządzeń i systemów techniki morskiej. Wyposażanie w postaci mebli laboratoryjnych i biurowych, wózków / podnośników, wyposażenie serwerowni, system monitoringu
- Stanowisko do badania odporności urządzeń techniki morskiej na zaburzenia przewodzone niskiej częstotliwości
- Stanowisko do badania odporności urządzeń techniki morskiej na wahania parametrów energii zasilającej na jednostkach pływających z jednoczesnymi zmianami napięcia i częstotliwości
- Stanowisko do pomiarów pól magnetycznych urządzeń i mechanizmów okrętowych wielkogabarytowych. Niemagnetyczny obrotowy wózek pomiarowy i automatyka wózka do Stanowiska do pomiarów pól magnetycznych urządzeń i mechanizmów okrętowych wielkogabarytowych.
- Przeniesienie stanowisk laboratoryjnych będących w dotychczasowym posiadaniu do nowej lokalizacji i ich uruchomienie
- Budowa hali laboratoryjnej
