ONE SYSTEM.
ENGINEERED
AS A WHOLE.
A complete electric powertrain architecture combining energy storage, high-voltage distribution, conversion, propulsion, control and digital intelligence.
System philosophy
MORE THAN A COLLECTION OF COMPONENTS.
The performance of an electric vessel is defined by how its systems work together. eDriveLAB develops the powertrain as one coordinated architecture rather than a set of independent components.
Energy flows, communication, safety logic, thermal management, charging strategy and propulsion control are considered together from the earliest design phases.
Architecture
FROM ENERGY
TO PROPULSION.
Design principles
BUILT AROUND THE VESSEL.
Integrated by design
System boundaries, interfaces and operating modes are defined as one coordinated architecture.
Redundancy first
Protection concepts, fault handling and safe operating states are considered at system level.
Energy-aware control
Power flows and system operation are optimized around the vessel mission profile.
Marine interfaces
Electrical, mechanical, cooling and communication interfaces are engineered together.
Tested as a system
Integration and validation activities reproduce the final vessel configuration as closely as possible.
Data-driven operation
Diagnostics and monitoring support commissioning, operation and optimization.
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