2021-2023 The goal of the Project is the design, development, manufacturing and verification of a Fabry-Perot Optical-Based fuel monitoring system capable of measuring the fuel tank level and differential pressure of the fuel tanks from the aircraft able to operate at aero-environmental conditions and communicate with the Flight Control Computers and Mission Computers through avionic…
2023-2026 HECATE (Hybrid Electric Regional Aircraft Distribution Technologies) aims to deliver transformative technologies considering HVD for the electrical distribution of hybrid electric regional aircraft. HECATE develops critical technologies for high-power, high-voltage and certifiable electrical distribution architectures capable of enabling hybrid-electric propulsion for regional platforms. The technology enablers at TRL5 in hybrid-electric propulsion for regional platforms…
2022-2025 TEMAI Ingenieros is involved in the development of the project “Optical Fiber Technologies for a Centralized H₂ Sensing Platform – H₂ OPTICS”, which aims to address the photonic technologies required for monitoring and controlling fuel levels, as well as the prevention and detection of leaks in aircraft using H₂ as an energy vector. Additionally,…
2021-2025 TEMAI is part of the TASI-UAS project (with TTI Norte, ABIONICA and CATUAV), which aims at the development of new technologies for UAS operations. TEMAI’s objectives are: Design of an electrical distribution system using new technologies and adapted to the needs of the UAS. TEMAI will design and develop a new range of electrical distribution systems that…
2018-2020 The aim of the IOVISTAS VIRTEST project is to contribute to achieve the major expectations from More Electric Aircraft and, consequently, to reduce fuel consumption, by developing an innovative virtual testing methodology for on-ground test facilities dedicated to High Voltage Direct Current (HVDC) integration. In this context, TEMAI Ingenieros works on the design, development, and installation…
2016-2020 The HEPODIS (Hvdc Electrical Power cOnversion and DIstribution System) project aims to develop a new electrical power conversion and distribution system that is more efficient and reliable for a 270 High Voltage Direct Current (HDVC) electrical power supply of essential loads, to be implemented and integrated in the Regional C295 FTB2 Demonstrator. In the framework of HEPODIS Project, TEMAI Ingenieros…
2015-2016 TEMAI led the development of the technological demonstrator for manufacturing “DVD” (DEVELOPMENT OF A CURING PROCESS OUT OF AUTOCLAVE”) through the use of double vacuum bagging technology. The project has been funded by the Center for Technological and Industrial Development (CDTI), an agency under the Ministry of Economy and Competitiveness. The aid is part-financed…
2015-2016 National project “HRSUT” Research of axial loads measurement technology with radial load uncoupling for the design of air refuelling sensors funded by CDTI. TEMAI Ingenieros is involved in this national R&D project, focused on researching and developing new technologies for the measurement of axial loads with uncoupled radial loads, applicable to load sensors for…
2015-2018 TEMAI is involved in the development of the “Mission System” within the project “CRITICAL EMERGENCY MISSIONS WITH TRIPULATED AND UNMANNED AIRCRAFTS IN COOPERATIVE FLIGHT”, in collaboration with CDTI. ENJAMBRE is focused on three priorities of the National Security Strategy: management of migratory flows, protection in emergency situations and disasters, and maritime security, in which…
2013-2015 TEMAI developed, in collaboration with CDTI, the ECUflaps platform. This platform is used to investigate the development of new electronic and analogue methodologies in flaps control. The project was funded by the Center for Technological and Industrial Development (CDTI), an agency under the Ministry of Economy and Competitiveness. The aid is part-financed with FEDER…