Study and development of innovative modular units for an efficient and sustainable collecting and use of solar radiation. Study and development of a production process (innovative automated production, assembly and testing systems).
The consortium wants to develop bluetec, an innovative integrated concept for generating electrical power from marine tidal currents at 50% of the costs of current technologies.
Developing metal offset plates for conventional printing presses designed for ink jet ctp (computer to plate) imaging using off the shelf ink jet printers. The plates pre-press preparations are process-less, chemistry-free and daylight, mid-high quality printing - 175lpi stochastic, 20,000 copies.
The european directive 2009/28/ce promotes the participation of biomass from renewable sources. The goal of the project is to investigate the aplication of poplar as an energy crop for electricity generation from biomass, in order to increase the percentage of biomass in the energy mix.
Development of breakthrough applications for integrating a microturbine with a solar power system, by cooperation with an italian team, experienced in aspects of microturbine development, fabrication and installation, and an israeli team with extensive expertise in solar energy technology
Espal's goal is to achieve significant energy savings during the production of al-alloys billets and ingots by use of dc casting method in combination with electromagnetic field while improving the technological properties of alloys obtained by modifying their structure.
Development of advanced methods and metrics for measurement and management of energy consumption. Advanced functions and capabilities will be developed and incorporated in the new software product energymanager for energy management for industry and bigger buildings.
One of the significant issues related to performance of hydroelectric and a wind turbine is the efficiency of energy conversion. A control system monitors rotor speed and changes the electro-magnet intensity according to actual rotor speed.
Research and development project aims at developing a platform for pricing of ev charging and management of charging stations, facilitating energy sharing. System targets the needs of electric utilities and managers of big or small parking lots (as buyers and providers of ev charging).
The enerchain platform, which will enable co-investments in photovoltaic power plants and charging infrastructure for electric vehicles and transparent and independent control over electricity production and consumption by users in multi-dwelling and commercial buildings.