Meet new green targets and scale as you grow, with unrivaled flexibility!
New green targets and pressing regulations are forcing you to electrify your business and fleet of vehicles. So, you need a future proof battery energy storage system that allows you to scale seamlessly as you grow.
Pixii MultiCabinet solutions are modular battery energy storage systems that scale to your needs. It comes with smart functionality like time shift and peak shaving to reduce your energy cost, and it´s fully integrated, enabling you to get the most out of both new and existing solar panels. And with grid support services, like Fast Frequency Support, your business can take part in the energy flexibility market and open new revenue streams.
The built-in communication gateway allows you to connect with all elements within the system, and trough standard connectivity options, like RS485 and Ethernet, you can use MQTT and Modbus protocols to integrate with 3rd party management software and other connected hardware at your site, giving you the flexibility you need.
With the onboard Pixii Gateway web-app it’s easy to set up and configure a wide range of services, monitor and optimize performance, collect energy data, and manage alarms. Our 48-volt power architecture makes it safe and easy to hot-swap modules without powering down the system, with no special training required.
Monitor and maintain ideal line voltage in remote locations at low cost, by using our power management and storage solution as a buffer, enabling you to inject and absorb active/reactive power to and from the grid.
Reduce your demand charges and save cost by shifting your power dependency from grid to battery, shaving the peaks of your power consumption.
It also allows you to boost available power without having to upgrade your grid connection.
AC coupled solar
Cut energy costs and reduce your carbon footprint by adding smart energy storage to your solar plant. Our technology works with all PV inverters, both new and old, giving you the freedom of choice.
Support loads from battery when electricity rates are high, and charge battery when electricity rates are low.