Make everything work together.
Integration is where individual technologies become a working system. We define the interfaces, manage the dependencies and engineer the details so the finished installation works in the real world.
One architecture. One operating system.
Propulsion, batteries, power electronics, cooling, controls, communications and infrastructure cannot be engineered in isolation.
Our role is to make the boundaries disappear for the operator — creating a system that is easier to install, easier to use and easier to maintain.
From energy to operator.
The exact combination changes from project to project. The integration discipline stays the same.
Propulsion
Motors, drives, shafting, steering and propulsion control.
Energy
Battery storage, charging, hydrogen and fuel-cell systems.
Control
VCU, TCU, HMI, CAN, NMEA, data and automation.
Infrastructure
Cooling, docking, communications and fixed energy interfaces.
Make the operator's job simple.
One control layer can bring propulsion, energy, alarms, monitoring and vessel systems together.
Design the power, cooling and control interfaces together.
Good integration is designed into the architecture rather than added after the individual components have been selected.
Engineer the complete powertrain.
The motor is only one part of an electric propulsion system.
Battery capacity, high-voltage protection, motor controllers, cooling, low-voltage services, monitoring and operator controls all need to work together. We engineer the interfaces around the vessel and its duty cycle.
Package complexity where it can be managed.
Modular interfaces reduce installation time and make future service more straightforward.
Our SIG approach packages defined power, cooling and control interfaces so that equipment can be connected, tested and replaced without redesigning the whole system.
From individual components to one working marine system.
The final step is making everything behave as one system in the vessel's actual operating environment.
Start with what you need the system to do.
We will work backwards from the operating requirement, establish the architecture and then define the technology, interfaces and installation needed to deliver it.
Discuss your project →Propulsion · Energy · Controls · Cooling · Communications · Infrastructure
One system, engineered around the application.