Compression of nitrogen without external energy
Research to produce and supply a system having two objectives: 1 prevention - to locate and identify an arcing point on powered networks - 2 location - to develop a highly integrated vehicle for fault location
Define, design and implement the concept of an intelligent battery to extend life time, increase efficiency, and reduce cost and energy.
The proposal consists in the development of consumer batteries with high energy density (more than 800 wh/l) using new technology in the field that involves obtaining sodium borohydride gels as active anodic material.
Residues obtained after wine production have the potential to be used as a good resource for renewable energy. Prior to being utilised for energy generation, marc needs to be processed because of its high levels of moisture and acid.
Interest in biorenewable natural products as components for production of fuels and lubricants has been growing worldwide for some time.Manufacturing and application of natural biodegradable fuels and lubricants is a keypoint of the project
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.
The project includes camelina sativa farming, cameline oil production, biofuel production and evaluation. Application investigation such as fuel biocomponent in mixtures with methyl esters of animal fats and other components.
The project involves the technical and economical feasibility study of high concentration pv system production based on a cooperative programme for development of high efficiency modules with iii - v cells.