I-EMD³: WHEN HYBRID-ELECTRIC PROPULSION MEETS,THE GREEN TRANSITION AT NON COMPRMISE.
The I-EMD³ features an advanced electromagnetic transmission consisting of a plurality of coaxial motor elements.Each motor element is subdivided radially into elementary power modules, all physically independent, each one producing a fraction of the total power, while being capable of information processing and autonomous decision-making. As a result, a three-dimensional power distribution is achieved: along the main axis, as well as radially, effectively eliminating Single Points Of Failure affecting conventional electric drives.
A gentle degradation process means that maintaining the I-EMD³ in operational condition can simply be executed “on condition”.Additionally, a patented electro-optical architecture leveraging an internal mesh network eliminates all copper signal cables used on conventional electric drives. This triple redundant fault-resistant multi-path optical network eliminates all vulnerabilities to radio frequency aggressions, providing total immunity against electromagnetic attacks.
Where EMD³ Systems make the difference
Reliability in a ratio > 100
Resilience to electromagnetic attacks
Resilience to ballistic impacts
Distributed intelligence (plastic neurology)
PCH 25 YEARS OF leverage over competition
The I-EMD³ is built in accordance with 6 pranted patents Taken separately,all the subsystems constituting the I-EMD³ are TRL > 6. Thus, the I- EMD³ is a new system built around proven technological building blocks; The only new step being innovative integration. A thorough technology risk assessment was carried out in close collaboration with key suppliers. The technology risk assessment is based on past experience gained during the development of similar components in previous contracts
When hybrid-electric propulsion meets the green transition, at no compromise.
