SMART MICROGRIDS supported by ML/AI & WIRELESS POWER TRANSFER SOLUTIONS to address the challenges of the RENEWABLE ENERGY INDUSTRY

Grids in Commercial & Industrial Usage or Power Generation

On the ‘grid’ side, nearly any commercial/industrial user or generator of power can benefit from our AI optimization algorithms – particularly as power usage increases, loads become more complex, or multiple power generation types are combined. Our algorithms shine in situations where renewable energy ‘penetration’ is deep when measured against conventional thermal sources – and becomes particularly useful when energy storage is included.

Renewable Energy Smart Microgrids

We easily manage and optimize the operation of Renewable Energy Smart Microgrids that may be connected/disconnected from the grid without notice (or used as a backup during extreme weather events, such as for hospitals or other buildings where power continuity is essential) and manage dispersed battery assets, including grid and home batteries. We are able to effectively manage microgrids ‘black starts’, using connected batteries to dynamically moderate frequency and voltage.

Power Brokers and Distributors

Power brokers and independent power producers who participate in energy trading markets will find great value in our predictive algorithms, which build extraordinarily accurate minute-by-minute models of power usage and failure trends based upon historical data, weather inputs, equipment condition, and other factors.

Wireless Power Transmission

In the Wireless Power Transmission (WPT) sector, we believe that eventually every class of EV – ranging from EV golf carts and go-karts to EV scooters to EV autos to delivery trucks to semi-trucks to mining vehicles – whether any of these are manned or unmanned – will be a candidate for our technology, as well as some classes of EV airplanes and ships. Charging networks, home users, fleet users, municipalities, state and federal road authorities – all become prospective users of our dynamic and static charging technology. Because our charging technology is bidirectional, these vehicles also become available to the grid as dispersed batteries in ever larger networks of sizable batteries.