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ENERGY EFFICIENCY IN LARGE SCALE DISTRIBUTED SYSTEMS

This research focuses on enhancing energy efficiency in large-scale distributed systems, particularly in the context of renewable energy technologies. Key areas include embedded systems, noise and fluctuation physics, non-destructive testing methodologies, and digital signal processing. The study emphasizes solar energy applications, including photovoltaic solar cells, sun tracking systems, and energy storage solutions. Collaborative projects with industry aim to innovate wireless monitoring and control systems, fostering advancements in smart lighting systems utilizing harvested energy.

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ENERGY EFFICIENCY IN LARGE SCALE DISTRIBUTED SYSTEMS

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  1. ENERGY EFFICIENCY IN LARGE SCALE DISTRIBUTED SYSTEMS Petru Adrian COTFAS Transilvania University of Brasov – Romania Automatics, Electronics and Computer Science Department

  2. Research domain • D13 –Embedded Systems (in collaboration with D08 - Advanced Metal Materials and Technologies) • Center for Valorization and Transfer of Competence (CVTC) – Creativity Laboratory

  3. Research domain • Competences and research domain • Noise and Fluctuation Physics • Non-destructive tests through Barkhausen noises and eddy currents measurements • Digital Signal Processing • Remote Control Engineering • Data acquisition and virtual instrumentation • Renewable Energy (photovoltaic energy) • Solar cell characterization • Sun tracker systems (maximum lighting and mathematical algorithm) • Storage energy systems • Projects with companies • wireless monitoring and control systems • the smart system for lighting using harvesting energy

  4. Products SolarLab A123 Lithium Ion Nanophosphate -400C< albedometer

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