IT power supply systems
International and local standards require insulated voltage power systems for hospital critical areas.
We develop hospital electrical safety infrastructure solutions for
critical areas of hospitals: operating rooms, ITU or ICU.
The coronavirus pandemic has driven innovation and improved disinfection in all hospital areas.
One of the immediate consequences of COVID-19 has been the intensification of cleaning and disinfection measures in hospitals, especially in critical areas.
Cleaning and disinfecting the surfaces of health centers has been and continues to be a great effort. Especially considering that virus germs can survive in any area of a hospital.
El diseño hospitalario, en los últimos años, está evolucionando a gran velocidad, incorporando paulatinamente elementos y conceptos que responden a las necesidades de pacientes, familias y personal sanitario.
No en vano, cada vez somos más conscientes del brutal efecto de los hospitales sobre el planeta a nivel de huella de carbono, consumo de energía, la producción de dioxinas carcinogénicas por la incineración de los desechos hospitalarios, etc.
Así, los centros de salud son instalaciones que, en aras de proveer atención de salud con calidad y calidez, no pueden dejar de lado las connotaciones técnicas, tecnológicas, administrativas y éticas que este asunto lleva aparejadas.
Hospital design, in recent years, has been evolving at high speed, gradually incorporating elements and concepts that respond to the needs of patients, families and healthcare personnel.
Not surprisingly, we are increasingly aware of the brutal effect of hospitals on the planet in terms of carbon footprint, energy consumption, the production of carcinogenic dioxins due to the incineration of hospital waste, etc.
Thus, health centers are facilities that, in order to provide quality and warm health care, cannot ignore the technical, technological, administrative and ethical connotations that this matter carries with it.
Optimizing the electrical system in the operating room involves having a system and devices that detect insulation leaks and facilitate their rapid solution.
Electrical safety in operating rooms is a matter that deserves the utmost attention. Taking the proper precautions through a good design and installation of an electrical system allows, especially, to face the possible complications that may arise.
One of the elements that must be taken into account the most is the continuity of energy flows, in order to properly maintain the electrical flow network and protect the patient, medical personnel, equipment and facilities.
Medical-grade electrical transformers prevent system failures and protect patients and healthcare personnel from electrical shock.
Circuits that cannot withstand direct current load need protection. The isolation transformer provides that protection, increasing or declining the alternating currents before they reach the main equipment to which it is connected.
Therefore, isolation transformers separate a part of an electrical circuit from the main powers, guaranteeing the proper functioning of the unit. We are talking about transformers that are similar to any other type, but found in applications that have sensitive circuits.
The transformers for clinical use are manufactured to guarantee the maximum safety of hospital patients, managing to isolate the external electrical supply from the power supply of the different elements and machines used in medicine.
The work of hospital engineers is essential to introduce new technologies and materials in hospitals.
Hospital engineers are professionals whose recognition is usually not related to their importance in clinical management. These professionals play a key role in achieving centres that are more sustainable and adapted to the new social and health realities.
Nobody is aware that the future of hospitals lies in the development of the concept of smart hospitals. And it is in this evolution where efficiency, safety and well-being of the patient come into play as absolute priorities.