Activities for the research and development of a new sensor, (Internetional Copyright).
The present invention relates to an electronic device for measuring continuous, alternating, pulsed or mixed currents. In particular, the present invention relates to an improvement in the performances and methods of use of amperometric clamp devices known in the art..
Activity for Development Electronic Systems
Design and manufacture of electronic boards for data acquisition and control of functional components constituting the cogeneration system "cogen 300 B1K" within the "TIAL" project at the University of Studies of Tuscia.
Activities for scientific research and design linear Generator.
Linear or tubular generators, a key point for generating power from surface sea waves and free-piston Stirling cycle engines. The choice of new materials together with a more careful scientific research has allowed the optimization in terms of performances and compactness of these.
Activities for scientific research and design control system.
Development of custom electronic boards for the control and acquisition of data from electrical networks and power panels. The system has the ability to dynamically rephasize electrical networks, eliminating waste and extending the life of electronic devices in general.
Activities for scientific research and design control system.
The Lorea328P control system is a control system based on ARM Atmel processors in various configurations capable of managing innumerable on-board devices such as geo-referencing subsystems, RF transmission, 4G WiFi, etc. therefore the realization of a Lora network suitable for the IOT and other protocols that complete its functionality by extending the field of application. This card is able to carry out remote control of sensors but also to carry out the implementation of various devices of various kinds. What makes the card very competitive and its ability to feed itself completely Harvesting.
Activities for scientific research and design control, Power car recharge PCB.
The present project defines the functional, structural and design aspects feasibility concerning the construction of an Electric Charging Station for hybrid / electric cars based on the operating principle called "Balancing Electrical Loads" for Smart Grid in mode MODE 3 (IEC 61851)