LUMINESCENT SOLAR CONCENTRATORS FROM FILMOGENIC POLYMERIC AQUEOUS DISPERSIONS
The patented technology is an innovative Luminescent Solar Concentrator (LSC), created from filmogenic aqueous dispersions containing fluorophores with high quantum yield.
The patented technology is an innovative Luminescent Solar Concentrator (LSC), created from filmogenic aqueous dispersions containing fluorophores with high quantum yield.
The innovative system for the production of electricity is based on the use of fuel cells within a high-efficiency cycle that converts the thermal energy provided by "low" temperature (e.g. ~ 80 °C) and low enthalpy heat sources.
This solution is a device with magnetic grip locomotion and a unit for releasing the clog via remote control.
The patented technology combines an aluminum substructure with a cladding panel in Pino Radiata wood with Accoja treatment in order to create a commercially competitive system compared to advanced screen facades with other cladding materials and obtain a cladding characterized by exceptional performance of stability and resistance to climatic factors.
The patented technology allows an immediate improvement of the energy efficiency of the means of transport currently on the market and powered (also) by LNG, so as to constitute a reasonable bridge between the short and long-term objectives in terms of energy improvement implement green transport still anchored to traditional methods.
The SmartComm system was developed as a tool for measuring electrical network parameters and diagnostics for problems related to Power Quality.
This invention consists of a socket capable of monitoring numerous descriptive parameters of the operation of an electrical load or several electrical loads and of communicating with a control platform, controlled by the user, capable of sending commands to the socket and carrying out in-depth data analyzes received as the Voltage Quality and Power Quality.
The object of this invention is a plant for the lamination of silicon solar cells which allows to obtain photovoltaic modules of improved efficiency thanks to the reduction of the impact of the phenomenon of silicon cracking.