The Octopus battery has a high energy density because of the efficient use of pouch cells.

Because of the sleek design of the Lite Octopus we were able to reduce the weight compared to the Octopus High Energy.

The Octopus Series has a high energy density and with the modular system set up we can create the best high volumetric density for your solution.

In our unique cell-stack design a solution is incorporated that prevents cell-to-cell propagation in the unlikely event of cell overheating. The other cells won’t overheat due to this solution, which prevents greater damage to the system.

The modulairity of the Octopus system makes it easy to scale in the racking and the size of the system.

The Octopus system is adjustable to the required voltage range starting from 52 volts up to 1000 volts.

The cooling heatsink designed on the module ensures optimal heat rejection; this is why active cooling is often not a necessity. The light module is designed for medium duty load.

Thanks to our customizable, lightweight rack solutions, Octopus® battery storage systems fit into virtually every battery room.

Our exhaust systems is designed to safely guide the gasses to a safe zone outside the ship in the unlikely event of a thermal runaway. This means the battery room is safe to enter for the crew.

The Octopus Lite has DNV, Lloyds Register, Bureau Veritas and RINA Type Approvals.

Our battery system has several maritime certifications and has been installed on many vessels with different class certifications.

Because of the compact/modular design of the Lite module it is suited to fill up a container to a high energy density system.

With average maritime use, lifetime expectancy can exceed 10 years. Our Lithium-Ion NMC (Nickel Manganese Cobalt Oxide) cells are a market premium, quality tested before fitted inside the module. With our knowledge and database which we build and filled over the last 10+ years with data, we can calculate the performance and expected life time according to the intended use aboard the vessel.