Carbon dioxide for the growth of algae in thin-layer solar bioreactors comes from the combustion of municipal waste. Its use decreases the price of algal biomass, extends its utilisation and reduces the amount of waste co2 emitted into the atmosphere.
To develop new technology and equipment for ultrasonic treatment of biosolids, to increase the capacity of biogas power stations by about 30-40%.
Integration of thin-film pv (photovoltaic) cells, setting them into the intemper flat-roof system. A global monitoring system development. Development of an interrelation map.
The project will see a complete hardware and software solution for gas management developed.The solution will be based on automatic meters reading via gprs and on an intelligent software system for collecting, analysis and distributing data
There is a large market demand for a fast-charge battery with built-in charger. In this project, a fast-charge high-power li-ion powerpack with an integrated high-efficiency charger will be developed.
Compression of nitrogen without external energy
Define, design and implement the concept of an intelligent battery to extend life time, increase efficiency, and reduce cost and energy.
Solar technology offers a large potential for meeting heat requirements in buildings and for substituting fossil sources of energy. With current technology, the energy conservation of heating-supporting solar plants amounts to only about 20-30%.
The aim is to optimise the innovative galvanic production technology for positive electrodes, which was developed by dsl dresden, to increase the techno-economic competitiveness of industrial batteries.
To develop a blind equipped with a latent heat-storage unit: 1.Adoption of the pcm-material into a filigree structure 2.Energetic optimisation 3.Frame carrying the additional weight without loss of function.