Creation of the trademark "sustainable mobility" using new methods in noise reduction of water turbines, improving battery performance for transport; providing services for the feeling of unlimited mobility lifestyle.
Design and development of a fast battery charger for electrical toys (in particular electrical vehicles) by adapting an existing technology to the specific reqiurements of toy manufacturers in terms of weight, size, price, etc.
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
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.
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 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.