Get more out of your solar investment and enable fast EV charging with Pixii´s smart battery energy storage system, reducing energy cost and making your building greener
The Pixii PowerShaper2 is fully Integrated, and connects with all new or existing solar panels, allowing you to store excess energy for later use. With smart functionality you can store energy from the grid when the cost is low to use when the cost is high, or reduce the cost to your grid supplier by shaving off the peaks of your power consumption. Now you can provide fast EV charging, without upgrading your local grid.
Our system is compact and modular, making it easy to scale and quick to deploy, with remote monitoring and management allowing for advanced optimization and predictive maintenance. Our 48-volt power architecture makes it safe and easy to hot-swap modules without powering down the system, with no special training required.
With our range of services and support, including software enrichment upgrades, you will reduce your energy cost and be ready for the carbon neutral future.
Support loads from battery when electricity rates are high, and charge battery when electricity rates are low.
PV self consumption
Get the most out of your solar investment and reduce your dependency on the grid through smart power management, enabling you to re-direct excess power generation to batteries for later use during peak hours.
Balance your three-phase load to provide utilisation of your upstream distribution network, by feeding power from phases with low load – to phases with high load and thereby stabilizing the phase voltages.
Reactive power compensation
Reduce the operational cost of your network by adding smart energy storage, allowing you to consume or generate reactive power, to improve the performance of your network and minimize energy losses.
Provide first-response frequency support and stabilize the grid. Our power management and storage solution will contribute to even out the deviation from nominal grid frequency by adjusting active power to and from the grid.