CIDETE Management and Coordination The Management and Coordination division leads CIDETE’s operations, aligning technical development with project goals and client requirements. It supervises resources, timelines, and collaborations to deliver efficient, high-quality engineering solutions.
CIDETE’s micro thermoelectric device (TEC) fabrication is carried out in a controlled, clean manufacturing environment, ensuring high precision and reliability. The process involves micro-assembly of thermoelectric elements, advanced bonding techniques, and integration onto miniaturized platforms for high-performance cooling. Specialized stations for inspection, electrical testing, and thermal characterization guarantee device efficiency and consistency.
The CIDETE heat pipe manufacturing facility is a state-of-the-art production environment dedicated to the fabrication of high-performance thermal management solutions for advanced electronic and energy systems. The facility is designed to support precision manufacturing, high reliability, and scalability, ensuring consistent production of heat pipes for demanding industrial applications.
Advanced thermal management solutions for electric vehicles, combining high-efficiency heat pipe technology with innovative ion-caloric systems. Designed to optimize battery temperature, improve energy efficiency, and enhance overall vehicle performance, these solutions support the next generation of sustainable mobility.
CIDETE’s research on ion-caloric textiles focuses on developing fibre-integrated thermal systems capable of active heating and cooling using electrochemical ion transport. The work combines advanced materials, thermodynamics, and textile engineering to enable flexible, low-voltage, and energy-efficient thermal regulation. This approach aims to transform conventional fabrics into smart, adaptive systems for wearable climate control applications.
Flexible thermoelectric films harvest body heat by converting the temperature difference between skin and ambient air into electrical energy. They can be integrated into wearable devices like sensors, patches, and smart textiles to enable continuous, battery-free operation. This technology supports low-power health monitoring and energy-autonomous wearable systems.
Estructuramos la propuesta, redactamos contenidos clave, definimos plan de trabajo y presupuesto y coordinamos la entrega en plazo.
Cidete manufacture OEM heat pipes according to Customer needs. From 32ºC up to 1000ºC for Geothermal applications
CIDETE has been working in novel applications with Ion Caloric technology base in SORET effect and PCM for Transportation of Insuline and Preservation of Hospital Organs
CIDETE has developed a new cooling technology for Insuline Transport (SORET Effect)
Novel concept under development
