Corvus Blue Whale

Company information

Corvus Energy Logo

Corvus Energy

Company location

Company location: Norway

Description

The Corvus Blue Whale Energy Storage System is a ground-breaking ESS specifically designed to meet the large energy requirements of emission-free operation over longer periods of time.

The Corvus Blue Whale design is a result of the knowledge gained from having the largest global installed base of ESS solutions combined with our industry-leading research and development capabilities.

The Corvus Blue Whale ESS differs from other ESS technologies available in the market in that it is specifically designed for use in vessels like Cruise, Ro-Pax, Ro-Ro, Mega Yachts, etc where the operational profiles cater for slow charge and discharge rates and a product that enables emission-free sailing over longer periods of time and/or emission-free port stays. The system has been developed with larger installations (>10MWh total system energy) in mind. Low weight and low total system volume have been key design criteria, resulting in a world-leading energy density in a battery room with minimal service aisle requirements.

Applications

Blue Whale is ideal for applications that are in need of a large amount of energy at a cost effective kWh price. Typical vessel-types are:

Cruise ships

Ro-Ro/Pax

Yacht

Merchant

Sightseeing/Workboats

Inland Vessels

Features

Low C-Rate – designed slow charge and discharge

Industry-leading volumetric and gravimetric room energy density

Designed for voltages up to 1140 VDC

Low installation and commissioning time

Very cost-efficient for large installations

Enhanced reliability with contained power connections

Weight and volume reduced ~30% and ~50 % compared to Orca Energy

Flexible and modularised design

No service aisles required

Passive single-cell Thermal Runaway protection

Scalable capacity and voltage according to vessel requirements

Industry-proven Battery Management System (BMS)

Remote monitoring capabilities

Enhanced EMI immunity design for maritime environments