With the rapid adoption of electric vehicles comes an increase in power demand. Upgrading old grid infrastructure is costly and time consuming. BESS enables fast charging sites in locations with weak grid – to meet the growing demand.
The Pixii battery energy storage system is modular, allowing you to scale to your needs, keeping your investment cost low. With smart functionality like time shift and peak shaving you can store energy during off-peak hours to reduce costs and minimize your demand charge. Our solution is fully integrated, enabling you to get the most out of your new or existing solar panels, and allows for PV self-consumption. It’s designed with safety in mind, with an internal 48-volt power architecture, making it easy to perform maintenance without high voltage training.
Our battery energy storage system enables businesses to participate in the energy flexibility markets, such as demand response programs and frequency regulation, so that you can monetize your system’s flexibility for additional revenue streams.
Typical functions for EV charging applications:
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.
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.
Unlock the value of your battery energy storage system and monetize your system’s flexibility by making your power and energy available for flexibility markets. (FCR-D, FCAS, FFR etc.)
DC or AC coupled solar
With integrated MPPT functionality the Pixii BESS is a complete DC coupled hybrid system. Our technology can also operate with most grid tied PV inverters, in on- or off-grid mode, ensuring optimal value of existing solar installations.