About

At Pixii we are experts in power conversion and energy storage. Our competence is built over decades of experience in design, manufacturing and sales of modular power conversion solutions, bringing a new level of flexibility to energy storage solutions. Pixii is headquartered in Norway and have a global reach through partners.

Our primary focus is compact, modular and scalable energy storage in the range from 3kW to 1MW. Key markets are Commercial & Industrial buildings and facilities, agriculture, EV charging and distribution system operators (DSO's).

Our market potential goes way beyond this, as our solutions are scalable and very flexible. If you have an energy storage requirement in range mentioned above, Pixii can make it for you.

Pixii have offices in in Norway and Australia and other offices in other key markets is under consideration.

Pixii Oslo
Dronning Mauds gate 15, 0250 Oslo
Norway

Pixii Kristiansand
Andøyfaret 33, 4623 Kristiansand S
Norway

Pixii Germany GmbH
Pixii Germany GmbH, Rheinstrasse 40-42, 64283 Darmstadt
Germany

Pixii Slovakia
Za mostom 832/29 031 04 Liptovský Mikuláš
Slovakia

Pixii Australia Pty Ltd
4E, 15 Narabang Way, Belrose NSW 2085
Australia

Case studies

Research and development is at the core of our business idea – together with our clients we are deploying solutions that reduce power cost without reducing power consumption.

Distribution grids

Energy storage for power quality support and decongestion of distribution networks

Distributed energy storage solutions can help DSO's in meeting challenges due to increasing power peak demands and intermittent power production.

Telecom

Using energy storage to generate revenue on lazy assets in telecom networks

Telecom networks possess a significant energy storage capacity. This can be utilized for "ancillary services" without having any impact on the reliability for the telecom network.

Charging of electrical vehicles

Energy storage interacting with chargers for electrical vehicles

Installing EV chargers can result in costly upstream capacity increase requirements and demand charges.