HPEP

Main Goals of the Project

The HPEP project aims to enhance national capabilities in research, development and testing of high power electric propulsion systems (> 5kW). Its core objective is the creation of the Large Scale Vacuum Chamber (LSVC) facility, a large ultra high vacuum space simulator with unique dimensions and pumping capacity capable to test electric thrusters characterized by powers ranging from 5 kW to 50 kW. The project also targets the development of advanced intrusive and optical diagnostics, together with the consolidation of design, analysis and qualification skills for electric propulsion systems. Through LSVC, an infrastructural gap can be filled to support the evolution of high power Hall effect thrusters, disruptive concepts and next generation scientific and commercial missions.

CIRA Activities in the Project

CIRA coordinates the entire HPEP project, managing the feasibility study, detailed and executive design of the LSVC facility and overseeing civil works, vacuum systems, cooling and control subsystems. It also leads the development of advanced diagnostics (Langmuir and Faraday probes, High speed imaging, OES/PLIF) their integration and the definition of test procedures. CIRA designs and qualifies representative test articles (high power Hall effect thrusters and innovative propulsion concepts) required to validate LSVC performance and support the maturation of testing methodologies. In parallel, it develops numerical modelling tools, supports design and AIT activities and ensures technical management, quality and project control up to the commissioning and operational readiness of the facility.

General Project Information

Funding Programme: funded under the National Aerospace Research Program (PRO.R.A.) 

Start Date: 01/06/2021; End Date: 31/12/2029

Coordinating Organization: CIRA

CIRA Contact: Francesco Battista, f.battista@cira.it