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CREATING GREEN NEW WAYS TO
POWER YOUR LIFE

Established to globally commercialize it's proprietary technologies, STAT-EI consists of a team of entrepreneurs experienced both in start-ups and the power industry.

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From controlled experiments in the lab to demonstrated success in real-world conditions, our team has a robust portfolio of intellectual property in the overlapping fields of Artificial Intelligence and Wireless Power Transmission.

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Artificial Intelligence
(advanced AI tools/algorithms) applied to grid operation/optimization

  • Energy storage optimization

    • Including dispersed batteries and VPP operation

    • Including multiple battery types/architectures

    • B2G & V2G applications, where controllers are enabled

  • High solar/wind penetration; balancing with other generation sources (when present)

  • Grid/microgrid black start & stabilization

  • Load/demand balancing/forecasting

  • Power forecasting using weather inputs

  • Under/over voltage & frequency balancing

  • Grid/Network failure prediction

  • ‘Percentage of Perfect’ power forecasting

Wireless Power Transmission

  • Can be implemented in any type of EV (scooter through car to mining vehicle)

  • Both static (stationary) and dynamic (in motion) charging solutions are possible with proper infrastructure. Roadway solutions can charge at highway speeds

  • Reduces the size, weight, and cost of the battery, the most expensive part of an EV

  • Charging becomes extremely convenient for the user. When dynamic infrastructure becomes common, skip charging stations/stops altogether!

  • Dynamic charging makes it possible to use smaller, lighter batteries (in new EV designs) – decreasing vehicle weight/cost, increasing effective range AND EV safety Adjustment is made automatically to account for battery health

  • Fleet operators can adjust charging Time(s) of Day to manage charging costs or to adjust to fleet deployment parameters

  • Because WPT is bidirectional capable, V2G operation is possible to shore up the grid during emergencies (the charging interface is bidirectional)

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Changing the ways we use power in our daily lives can and will measurably  improve our quality of life. Our technologies make this a competitively affordable possibility in 4 key ways:​

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Enhance utility grid resiliency and efficiency

Reduce greenhouse gas emissions and effects of climate change

Deliver unparalleled electric vehicle convenience

Supply improved emergency power to hospitals and other catastrophe services