Smart Grids represent one of the fundamental pillars of the ongoing transformation of the energy sector. Their role within the electrical system is to optimize energy generation, distribution, and consumption through the integration of digital technologies, automation, and real-time communication. This enables a more efficient, flexible, and resilient grid capable...
Modern industry is advancing at an unprecedented pace. Automation, digitalization, and the integration of intelligent systems have completely transformed the way industrial processes are designed, produced, and optimized. In this environment, PLC (Programmable Logic Controller) control has become the true “brain” of modern mechatronics. Its ability to coordinate sensors, actuators,...
At EDIBON, every piece of training and research equipment is designed, developed, and manufactured entirely at our facilities in Spain. By managing every stage of the production process in-house, we ensure the highest standards of quality, reliability, and performance. Our multidisciplinary engineering team oversees each phase, from the initial design...
EDIBON has completed a new installation at the Department of Mechanical Engineering of the University of Cyprus, reinforcing its commitment to supporting engineering education and research in renewable energy technologies. The installation includes the Computer Controlled Photovoltaic Solar Energy Unit (EESFC), an educational system specifically designed to provide students and...
Did you know that nearly half of the energy consumption in a building or residential property is dedicated exclusively to heating, cooling, and domestic hot water production? In a global context driven by the energy transition and the need to reduce CO₂ emissions, efficient technologies are no longer an option,...
At EDIBON, we understand that materials engineering is one of the foundational pillars of modern science and technology. The proper selection of materials and a deep understanding of their properties determine not only the efficiency of products and structures but also the safety, durability, and sustainability of industry as a...
Biomedical engineering is a discipline that merges engineering knowledge with biology and medicine to develop technological solutions applied to the healthcare sector. This field integrates control electronic systems, advanced instrumentation, mathematical algorithms, and physical principles to address complex clinical challenges and improve patient care. From diagnostic devices to vital signs...
In an increasingly automated and technologically advanced industrial environment, the complexity of industrial processes continues to grow steadily. Interconnected systems, digital control, sensors, actuators, and supervisory software work together to ensure operational efficiency and continuity. In this context, the ability to identify, diagnose, and correct failures has become an essential...
In an increasingly specialized educational, industrial, and research environment, standard equipment is not always sufficient to meet the real challenges of training and experimentation. Every institution, university, or research center has specific needs, whether due to its academic focus, its lines of research, or the technical requirements of its environment....
Energy storage has become one of the most critical components in the global energy landscape. In a context marked by the accelerated adoption of renewable energy, grid digitalization, and the electrification of multiple sectors, the ability to store energy efficiently, flexibly, and economically is essential to ensure the stability, reliability,...