Pixii

Harness the full potential of renewables with our smart energy storage solution. Our modular approach allows you to scale to your needs, speeding up the transition to green energy.

Case studies

CASE: TELECOM

Using energy storage to activate “lazy” assets in telecom networks

CASE: DSO/DNSP

Using energy storage to support power quality and decongest distribution networks

CASE: EV charging

Eliminating EV charging challenges with energy storage and smart interaction

Pixii´s modular approach allows our solution to be tailored to your needs, enabling quick and easy deployment so that you can scale rapidly, whilst keeping your CAPEX to a minimum.

Our modular approach to battery energy storage – unlocks unprecedented flexibility and scalability

Making green energy convenient for all

Flexibility is simple with our modular technology, allowing for easy delivery and quick deployment, keeping you ahead of the curve.

Insights

COMMERCIAL AND INDUSTRIAL

Reduce energy cost and unlock new revenue streams to meet green targets

EV CHARGING

Multiply available power to enable cost effective EV charging without grid bottlenecks

TELECOM

Use energy storage to activate lazy assets in telecom networks, and open new revenue streams

The Pixii solution is fully integrated and comes with our user-friendly Pixii Connect app, allowing for easy installation with minimal on-site work. And with hot swappable architecture, maintenance is simple, without special training.

With cutting-edge technology, the Pixii modular energy storage solution gives you a wide range of functions, allowing you to unleash your growth potential.

Output power:

kW

Select location and cooling:

Select battery:

50kW500kW1MW

Products

Pixii PowerBase

Pixii PowerShaper – Industrial

All product families

Markets

EV Charging

Multiply available power for EV charging and minimize electricity costs.

DSO/DNSP

Decongest your grid and improve power quality.

Commercial and industrial

Reduce energy cost and unlock new revenue streams to meet green targets.