- WP1 PDR: Consortium members have completed all WP initially programmed task (Specification Review and Compliance Matrix, Topology Design, Components Selection/Design, FIltering and Thermal Solution Design, Preliminary HW and Preliminary SW Design) during this WP duration.
- WP2 MATLAB/Simulink Model: Leaded by UCAMP, in the WP, Behavioural and Functional Model of HBBCU have been created for MATLAB/SIMULINK. This models have been used to emulate the HBBCU response to the upcoming Tests. Also this models were used to autogenerate the FPGA Codes for Master Module State Machine.
-WP3 Critial Design Review: During this work package, the final design of the HBBCU were created, also the first Slave Module Mock-up. In order to close the final design, the consortium was focused in Electrical and Mechanical Interfaces, Voltage and Current control and Power Management Laws.
- WP4 Prototype Manufacturing: The consortium made significant progress, producing four Slave Modules (three for HBBCU installation, one spare) and the final Master Control Board (V3) installed in the HBBCU. The manufacturing process involved designing and testing filtering for the enclosure. Despite challenges, the full HBBCU prototype aided hardware/firmware integration. Due to demanding requirements, the prototype scope was scaled down to one Slave Module. WP4 concluded with the release of D4.1 - HBBCU Prototype.
- WP5 DC/DC Integration in Proven Test Bench Support: WP5's main task, integrating DC/DC in the Proven Test Bench, was hindered by the degraded performance of the final HBBCU. Consequently, the commissioning in the PROVEN Test Bench in Toulouse was canceled. Task 4.2 of HYPNOTIC was extended to replicate conditions in SKYLIFE premises for realistic testing. Results are in the D5.1 Integration Report.
Exploitation Results:
The HYPNOTIC consortium plans to leverage gained experience for various benefits. SKYLIFE focuses on increasing capabilities in DC/DC converter manufacturing, supporting Airbus, and elevating technologies' TRL. AEROMECHS enhances automatic code generation for aerospace power converters, UNICAMP advances knowledge on controllers, and IRT develops tools for optimal DC/DC converter selection. Results are compiled in the D6.4 Exploitation Report.
Dissemination Results:
A dedicated page/area on IRTSE, SKLE and AER public websites were set up and are maintained by each partners’ IT or communication departments. It explains the context, developments and ambitions of the project to our stakeholders and the general public. There is a list of dissemination activities collected in D6.3 Communication and Dissemination Report (Workshops, Direct Visit to Clients, Conference Exhibitions, Conference Attendance, journal Papers, Conference Papers, Industrial Events, etc)
