The tvifim is a self cleaning filter-ionization device additionally installed in public transportation and delivery vehicles, which extends the function of these vehicles to cleaning and refreshing the polluted air above the city roads.
Design, develop and test an innovative integrated system to neutralise mined areas. This system will enable the position and kind of mines used to be determined with a 99% accuracy rate.
An online centre for innovation in renewable energy generation will be established. The centre will build up a bank of knowledge using open-source technology including web 2.0 applications. Emulation of the model will be encouraged, so that in time a network of such centres can develop.
The universal small appliances testing system will be developed. It will have significant advantages compared to existing systems because of its flexibility. It could be use for control of different types of small household appliances and easily integrated in different production lines.
The main aim of the project is to join know-how of two companies to development a smart street lighting grid. The ssl grid offers numerous technological, economic, ecological and safety benefits for the user and has potential of becoming main infrastructure of smart cities.
The main goal is development of smart led controller suitable for farming applications.Led technology and controller management capabilities shall reduce energy consump. In comparison to conventional lighting systems up to 20%.Slc will ensure improved performance due to ease,control and maintenance.
Main focus of this project is definition of appropriate welding technology of sa 387 gr. 91 thick steel plates considering conditions of elevated temperatures and pressure, accompanied by corrosive environment. Welded elbows for the steam pipelines, made of steel sa 387 gr 91.
A novel approach to battery monitoring systems, ibmd would be able to provide accurate gibbs`s energy level for all battery technologies currently in industrial use.
The aim of this project is to establish a reliable manufacturing procedure for the eco-friendly aa6026 alloy extrusions, and develop a product that would meet requirements of high strength and improved toughness, good machinability, corrosion stability, anodizing response and weldability.
An upscaled version of our current demo ultrasonic spray pyrolysis (usp) will be set up for production of multifunctional au nanoparticles (m-gnps) at zlatarna celje. New protocols for characterization techniques of m-gnps will be developed in order to obtain the required final properties