National projects
Within the framework of the research project related to the area of autonomous transportation, it is planned to launch five Proof-of-Concept tasks/projects aimed at developing a group of technologies that will be of interest to the private and public sectors. The main objective of the research project is to obtain the possibility of commercialization of the given solutions and to obtain a wide audience for the technology, which would justify the need to build a Strategic Lukasiewicz Program on autonomous transportation.
The project aims to promote science among children by organizing an open day at the Lukasiewicz-Institute of Electrical Engineering, which will feature workshops, scientific demonstrations and laboratory tours to inspire young participants to explore the world of science.
The objective of the project is to market the Polish GaN HEMT (high electron mobility transistor) 650 V and 1200 V for power electronics for high-power industries. Such a solution will give Polish industry the opportunity to introduce innovative indigenous technology solutions in the field of electronics into its own products and business products.
The project concerns the development of a high-efficiency inverter (DC/AC) working with PV batteries.
The project concerns the development of a method and production of modern insulation materials in the form of flame-retardant polyurethane foams based on renewable or recycled raw materials.
In recent years, there has been an intensive increase in the number of electrical appliances supplied from the mains via pulsed circuits using solid-state switches, so-called linear power supplies.
Projekt przewiduje zaprojektowanie, wykonanie i przetestowanie w warunkach laboratoryjnych nowoczesnego napędu z silnikiem o mocy znamionowej ok. 115 kW.
The project aims to develop a type IV compressed hydrogen tank for vehicle applications. The work will define the technical and formal requirements for the tank.
The project involves the comprehensive preparation of a method for the treatment of waste raw material from wind turbine blades and the development of recyclate in the form (degree of fineness) that is most suitable for use as filler for composites for the manufacture of equipment components (revision holes, flaps, doors, casings, column and nacelle profiles), gel-coat repair pates (filling of cavities in working systems) and top-coat varnishes (protection or servicing of surfaces about blades) as a recycling and circular economy.
The classic hydrogen power plant produces hydrogen in an electrolyser. The electrolyser is powered by electricity, which can come from renewable sources, and water with suitable physico-chemical parameters.
