Projects subsidized by the 2020 subvention
Project #1: Development of a module for archiving and visualization of power grid depth data using SPA web technologies
Project leader: Andrzej Gacek, andrzej.gacek@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 752 616,05 / 752 616,05
Project outcome (planned/achieved):
According to the plan, the following has been done: a) the design of the information system, b) the algorithms in the backend software have been implemented, c) the data archiving mechanisms and the so-called frontend client application have been developed.
Funding: Ministry of Science and Higher Education
Project No. 2: Application of C-SiP (Complete System-in-Package) technology in electronic protection controller – Phase II
Project Leader: Krzysztof Broda, krzysztof.broda@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 200 129,12 / 200 129,12
Project outcome (planned/achieved):
According to the plan, a field controller model was developed in a version that provides standard protection for the medium-voltage distribution field.
Funding: Ministry of Science and Higher Education
Project No. 3: Wastewater monitor with data transmission to the Internet, for heavy metal monitoring and remote sampling in wastewater and surface water
Project leader: Jerzy Lenik, jerzy.lenik@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 150 009,55 / 150 009,55
Project outcome (planned/achieved):
According to the plan, the following has been developed: a) a system to monitor wastewater with data transmission and guidelines for standards for remote collection and testing of water/wastewater in case of an emergency.
Funding: Ministry of Science and Higher Education
Project No. 4: Development of a module for real-time analysis of the harmonic content of current and voltage sensor signals with UTC time stamp and GSM/LTE transmission to a Cloud Computing server system using VPN technology, including a prototype of the WentILOT 1.0 respirator
Project Leader: Karol Makowiecki, karol.makowiecki@itr.lukasiewicz.gov.pl
Funding / subvention funding: 801 357,09 / 801 357,09
Project outcome (planned/achieved):
According to the plan, a model of a module for harmonic analysis in a medium-voltage network was developed, including analog tracks, digital signal processing and an algorithm for determining harmonics. Control electronics for a simple WentILOT 1.0 respirator were also developed and passed functional tests.
Funding: Ministry of Science and Higher Education
Project No. 5: Comparative study of resistive voltage sensors for use in harmonic analysis in power grids
Project leader: Jerzy Chudorlinski, jerzy.chudorlinski@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 752 105,21 / 752 105,21
Project outcome (planned/achieved):
According to the plan, a measurement method for determining the frequency parameters of LPVT voltage sensors has been developed, a test stand and a computer system for operating the test process have been constructed.
Funding: Ministry of Science and Higher Education
Project No. 6: Development of methods to produce nanocomposites with antibacterial properties
Project leader: Izabela Stępińska, izabela.stepinska@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 199 892,62 / 199 892,62
Project outcome (planned/achieved):
Methods for producing nanocomposites with antibacterial properties have been developed as planned. A publication, a patent application and an application for funding for further research under the SGS competition have been prepared.
Funding: Ministry of Science and Higher Education
Project No. 7: Applications of nano-CuO layers in sensorics and photovoltaics
Project Leader: Elizabeth Czerwosz, elzbieta.czerwosz@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 149 949,40 / 149 949,40
Project outcome (planned/achieved):
According to the plan, the technology for obtaining CuO layers on glass and SiO2/Si substrates was developed. CuO sensor models for various gases (NH3, CH4, CO2, H2) and photovoltaic cell models at the p-CuO/n-Si interface were developed and studied.
Funding: Ministry of Science and Higher Education
Project No. 8: Research on flexible magneto wires for medical applications
Project leader: Marek Przybylski, marek.przybylski@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 149 844,90 / 149 844,90
Project outcome (planned/achieved):
According to the plan, the technology for manufacturing flexible iron-matrix soft magnetic elements for flexible magnetoids was developed and the basic parameters of the magnetoids model were tested.
Funding: Ministry of Science and Higher Education
Project No. 9: Optometric technologies in medical and industrial applications
Project leader: Adam Czyzewski, adam.czyzewski@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 100 219,41 / 100 219,41
Project outcome (planned/achieved):
According to the plan, software optimization was performed, a program for data processing and evaluation of the optical quality of the intraocular lens (MTF) was developed, and a lens was designed for use in nanosatellites.
Funding: Ministry of Science and Higher Education
Project No. 10: Photonic hybrid technologies in signal measurement supported by artificial intelligence technology
Project leader: Narcyz Blocki, narcyz.blocki@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 100 056,87 / 100 056,87
Project outcome (planned/achieved):
According to the plan, instrumentation for recording radio astronomy signals and software to test the system were developed. Operation was tested using RF signals from the generator.
Funding: Ministry of Science and Higher Education
Project No. 11: Inspection and measurement of critical product characteristics in industrial applications using artificial intelligence
Project leader: Dariusz Litwin, dariusz.litwin@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 300 045,46 / 300 045,46
Project outcome (planned/achieved):
According to the plan, the configuration of the measurement system and the algorithms and software for managing the process were developed. Documentation and software for stripe image analysis were produced.
Funding: Ministry of Science and Higher Education
Project No. 12: Apparatus for mobile LNG re-gasification stations – phase 1
Project leader: Dariusz Kapelski, dariusz.kapelski@itr.lukasiewicz.gov.pl
Funding / subsidy funding: 549 503,35 / 549 503,35
Project outcome (planned/achieved):
According to the plan, apparatus for mobile LNG stations, the SEMGaz telemetry and automation system, and the design and technology of an electric heater for heating LNG have been developed.
Funding: Ministry of Science and Higher Education