Software-Defined Power digitally synchronizes Current and Voltage waveforms at ultra high frequencies, maximizing efficiency and power density while eliminating waste in electricity
Software-Defined Power converts electricity AC/DC or DC/AC in real time with ultra high efficiency and ~1% losses.
Software-Defined Power continuously balances power demand evenly across all phases eliminating neutral currents, protecting infrastructure, and eliminating penalties
Software-Defined Power immediately processes any external transient including lightning, preventing external electrical events from ever disrupting internal operations
Software-Defined Power identifies, tracks, and displays real time power consumption for any load in an electrical network and stores the data over time into historical power consumption profiles for each load with full data functionality
Software-Defined Power uses machine learning predictive analytics algorithms to analyze the electrical profile for each load. Power consumption patterns related to maintenance and failure are logged and the user is immediately notified if a pattern is detected.
Software-Defined Power converts electricity with near ideal efficiency, and intelligently works with each battery in an energy storage system for maximum life and zero waste in each battery.
Software-Defined Power seamlessly synchronizes varying sources of power generation with zero electrical waste in the microgrid and provides full data and analytics functionality