Develop continuous ink jet techn. For production printing of web-shaped mat.&Textiles,in web widths of 2-4 metres,applying the requested ink qty at effective speed faster than 10 metres per min as to compete with trad. Textile printing sys.
This project will define, develop and test a new plasma and induction process for preparing solar-grade silicon from so far unused silicon streams.
To study and improve if necessary the overall stability of low chemical vapour deposition (lp-cvd) zno layers incorporated within encapsulated thin-film silicon solar cells.
New boiler capable of working with any of the gas families (nat gas and lpg) as well as with biogas and hydrogenated mixtures of the aforementioned gases, compensating for gas composition variations,gas pressure,mains voltage and clogging.
To develop a new commutated electronic power converter which has great versatility in the transfer of energy from one or more power-supply ports to one or more lead gates.
The control system and adaptation of the combustion engine will see an engine-power increase at the same time minimising exhalation and enhancing spark safety.
Development of appropriate heating and cooling devices for the decentralised energetic use of waste biomass from agriculture and forestry in central and eastern europe.
Developing light-technological planning foundations and components with which future sunlight installations could be implemented to solve the problems of urban regions suffering from a prolonged deficit of sunlight.
Power-led 'sealed for life' explosion-proof medium intensity obstacle light with an intensity of 2,000 cd; especially built (designed) with a clear lens and depending on the situation, a number of white or coloured (red) led's.
Development and manufacture of a gas turbine recuperator of 100 kw(e) with high efficiency exceeding 90% based on primary surfaces for temperatures of 650-700 degrees celsius. Development of stamping and welding technology for very thin special steel foils with 0.08mm thickness.