Onboard high-power energy storage inverter

What is the maximum propulsion power a single inverter module can run?

Maximum propulsion power from a single inverter module exceeds 600 kW, and higher power or redundancy may be achieved by utilizing two units to run a propeller. The system is well suited for double-ended ferries, yachts, sailing yachts, pushboats, tugboats, workboats, river vessels and PTO/PTI-systems.

Are shore connection systems part of onboard microgrid?

Shore connection systems and battery energy storage solutions are as such not part of Onboard Microgrid, but the system is designed to connect to and control both systems. Use of DC-bus and electric drives makes it possible to adapt the same hardware in several configurations.

What is onboard microgrid?

Onboard Microgrid was introduced in 2019 to provide the benefits of hybrid DC-power systems and electric propulsion to smaller vessels serving inland waterways and short sea shipping. The product enables the entire DC-power system and its controls to be housed in one or two enclosures of very low height and with a limited footprint.

What is ABB onboard microgrid?

ABB Onboard Microgrid is built around the OMD880LC multi-drive unit, designed for marine power generation and propulsion drive applications. The drive houses up to five converter modules and one AC module for AC network supply, all connected to an internal DC bus, so each power source and consumer can be controlled and optimized independently.

What is onboard microgrid omd880lc?

The core of the Onboard Microgrid solution is the drive cabinet OMD880LC, which houses an electric propulsion drive, AC-distribution power supply, and four optional power sources or consumers, all connected to a common DC-bus.

How many AC modules does a power converter have?

The drive houses up to five converter modules and one AC module for AC network supply, all connected to an internal DC bus, so each power source and consumer can be controlled and optimized independently. Read more about the options for electrical power generation, propulsion, AC power generation and its compatibility with future power sources.